Contents. General IXYS IXYS ICD IXYS UK

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1 Contents Page Page General Contents Certified Management Systems lphanumeric Index Symbols and Terms Nomenclature IXYS I II III XVII XIX New Packages 1 ISOPLUS family 5 ISOPLUS-SMPD 6 ISOPLUS-DIL 11 ISOPLUS i4-pc 12 IGBT Discretes V / 650V & 900V & 1200V XPT 17 NPT IGBTs / G-Series PT IGBT s 21 High Voltage Types 1700V up to 4500V 23 BiMOSFETs 1600V up to 3600V 25 IGBT Modules 27 CBI Modules 27 Six-Packs 29 Multi Level, CBI and 6-Pack in MiniPack2B Housing 31 Half Bridge and Boost Modules in SimBUS F Housing 32 Full Bridge and Solar Inverter Modules 33 Half Bridge and Buck / Boost 34 in 34 mm and 62 mm wide Modules Power MOSFETs 35 Trench MOSFETs / HiPerFETs (Fast Body Diode) 37 TrenchT2 MOSFETs / HiPerFETs (FBD) 39 Polar MOSFETs / HiPerFETs (FBD) 41 PolarP2 MOSFETs / HiPerFETs (FBD) 47 PolarP3 HiPerFETs (FBD) 47 SiC MOSFETs and X-Class Power MOSFETs 48 Q3-Class HiPerFET (Fast Body Diode) 50 Very High Voltage (up to 4500V) / Legacy MOSFETs 51 LinearL2 Power MOSFETs 52 Depletion-Mode MOSFETs 53 PolarP and TrenchP P-channel MOSFETs 54 CoolMOS 56 MOSFET Modules 57 Power Factor Correction Modules 58 Diodes 59 Schottky Gen 2 Diodes 60 Schottky Diodes 62 Silicon Carbide Schottky Diodes 63 HiPerDyn FREDs & Dual Ultrafast Diodes 63 HiPerFRED 2 & HiPerFRED Diodes 64 Sonic-FRDs Diodes 66 FRED Diodes 67 FRED & HiPerFRED Modules & Semifast Diodes 68 Rectifier & valanche Types 69 Studs: Rectifier & valanche Diodes & Thyristors 71 Rectifier Diode Modules 75, 138 Sales Representatives and Distributors: See Sales Offices at Thyristors Discretes Phase Control Thyristors 72 Thyristor / Diode Modules 78, 137 Thyristor Modules 81, 136 ccessories & Design Information 85 Rectifier Bridges Rectifier Bridges with Fast Diodes 86 1~ Rectifier Bridges 87 1~ Rectifier Bridges, half controlled 88 3~ Rectifier Bridges 89 3~ Rectifier Bridges with Brake Unit 92 3~ Rectifier Bridges, half controlled 92 C Controller / Triac 94 1~ / 3~ High Voltage Rectifiers 95 Braking Rectifier ssemblies 95 Protection Devices Break-over Diodes (BOD) 96 Fast Break-over Diodes (BOD) 98 IXYS ICD Gate Drivers & Power Relays 99 IXYS UK pplication Notes & Technical Information 107 Rectifier Diodes 108 Fast Recovery Diodes 112 Soft Recovery Diodes 113 Extra Fast Recovery Diodes 116 High Power Sonic FRD s 117 Phase Control Thyristors 118 Medium Voltage Thyristors 123 Fast Turn-Off Thyristors 125 Distributed Gate Thyristors 127 symmetric and Pulse Thyristors 132 GTOs 133 Insulated Gate Bi-polar Transistors - Press-Pack IGBTs 134 Press-Pack IGBT Gate Drive Units 135 Dual Thyristor /Single Thyristor Modules 136 Thyristor / Diode Modules 137 Dual & Single Diode Modules 138 Water Cooled Diode & Thyristor Modules 140 Power Semiconductor ssemblies 141 Westack - Modular Solutions 144 WestackLITE - Modular Solutions 146 Power Semiconductor ccessories 148 Bar Clamps / Box Clamps 149 Coolers / Heatsinks 155 Snubber Capacitors / DC Link Capacitors 157 Power Semiconductor DCB Ceramic Substrates 159 pplication Notes Highlights 160 Outline Drawings IXYS UK O-01 IXYS O-31 I

2 O C C U P T I O N L S F E T Y M N G E M E N T Env S The company has introduced and implemented an for the scope: Proof has been furnished that the requirements according to are fulfilled. The audit observations are described in the audit report: 68623/ This certificate is valid until September, 22 nd Kassel, July, 23 rd 2014 Dr. Ralf Rieken Head of the Certifying uthority ESC Cert GmbH, Teichstr. 14, D Kassel E C if Zertifiziert nach OHSS 18001:2007 No / QULITY MNGEMENT SYSTEM - ISO 9001:2008 This is to certify that: IXYS UK Westcode Ltd Langley Park Way Langley Park Chippenham SN15 1GE United Kingdom Holds Certificate Number: FM and operates a Quality Management System which complies with the requirements of ISO 9001:2008 for the following scope: The design and manufacture of discrete semiconductors and silicon assemblies, including single and multiphase, uncontrolled and fully controlled rectifiers, bridges and isolated base power modules, naturally, air or liquid cooled. The design, re-engineering, refurbishment, repair and overhaul of power electronics assemblies and associated equipments. Supply of electrical and electronic components normally associated with power semiconductor applications, from quality assured sources with and without lot traceability. For and on behalf of BSI: Gary Fenton, Global ssurance Director Originally registered: 01/11/1993 Latest Issue: 05/11/2012 Expiry Date: 09/12/2015 This certificate was issued electronically and remains the property of BSI and is bound by the conditions of contract. n electronic certificate can be authenticated online. Printed copies can be validated at Information and Contact: BSI, Kitemark Court, Davy venue, Knowlhill, Milton Keynes MK5 8PP. Tel: BSI ssurance UK Limited, registered in England under number at 389 Chiswick High Road, London W4 4L, UK. Member of the BSI Group of Companies. Page: 1 of 1 Env S The company has introduced and implemented an for the scope: Proof has been furnished that the requirements according to are fulfilled. Compliance with the above standard was ascertained by an energy audit. This certificate is valid until July, 24 th Kassel, July, 24 th 2013 Certificate No.: 68623/07-13 Dr. Ralf Rieken Head of the Certifying uthority ESC Geschäftsstelle, Teichstraße 14 D Kassel E C if Env S The company has introduced and implemented an for the scope: Proof has been furnished that the requirements according to are fulfilled. Compliance with the above standard was ascertained by an energy audit. This certificate is valid until July, 24 th Kassel, July, 24 th 2013 Certificate No.: 68623/07-13 Dr. Ralf Rieken Head of the Certifying uthority ESC Geschäftsstelle, Teichstraße 14 D Kassel E C if Certified Management Systems Certificates Corporation ISO 9001:2008 Integrated Circuits Division ISO 9001:2008 ISO/TS 16949:2009 (includes ISO 9001:2008) CERTIFICTE CERTIFICT C E R T I F I C T E E N E R G Y M N G E M E N T iron m e nta l and Qualit y Standard s IXYS Semiconductor GmbH IXYS Global Services GmbH Edisonstr Lampertheim Energy Management System Design, production and sales of semiconductor devices, components and direct bonded substrates C e r t DIN EN ISO : 2011 ESC Cert GmbH Semiconductor GmbH ISO 14001:2009 OHSS 18001:2007 DIN EN ISO 50001:2011 CERTIFICT CERTIFICTE C E R T I F I C T E iron m e nta l and Qualit y Standard s IXYS Semiconductor GmbH IXYS Global Services GmbH Edisonstr Lampertheim Occupational Safety Management System Design, production and sales of semiconductor devices, components and direct bonded substrates C e r t OHSS : 2007 i ca t i on C E R T I F I C T E E N E R G Y M N G E M E N T iron m e nta l and Qualit y Standard s IXYS Semiconductor GmbH IXYS Global Services GmbH Edisonstr Lampertheim Energy Management System Design, production and sales of semiconductor devices, components and direct bonded substrates C e r t DIN EN ISO : 2011 i ca t i on ESC Cert GmbH ESC Cert GmbH ZERTIFIKT ZERTIFIKT CERTIFICT CERTIFICTE i ca t i on ZERTIFIKT Certificate of Registration UK WESTCODE ISO 9001:2008 II

3 lphanumeric Index New Not for new design ² Under development C CL 5E1200PZ 2, 72 CL 5E1200UC 72 CL 15E1200NPB 72 CL 15E1200NPZ 72 CL 16E1200PN 72 CL 16E800PN 72 CL 20EF1200PB 73 CL 30E1200HB 72 CL 30E1200NPZ 2, 72 CL 30E1200PB 72 CL 30E1200PC 72 CL 30MT1200NPB 94 CL 30MT1200NPZ 2, 94 CL 40E1200HR 4, 73 CL 40E1200NPZ 73 CL 40MT1200NHB 94 CL 40MT1200NHR 4, 94 CL 40MT1200NPB 94 CL 40MT1200NPZ 2, 94 CL 40P1200FC 14, 73 CL 50E1200HB 73 CL 50E1200TC 73 CL 60MT1200NHB 94 CL 60MT1200NHR 4, 94 CL 60MT1200NTZ 3, 94 ² CL 60MU1200LB 10 CL 60PD1200N 78 CL 80E1200HF 73 CL 80MT1200NHB 94 CL 80MT1200NHR 4, 94 CL 100E1200HB 73 CL 100E1200KB 73 CL 100PD1200N 79 CL 110MB1200N 94 CLB 30I1200HB 72 CLB 30I1200PZ 2, 72 CLB 40I1200PZ 73 CLE 20E1200PC 73 CLE 30E1200PB 73 CLE 40E1200HB 73 CLF 20E1200PB 73 CM 20E1600PB 72 CM 20E1600PZ 2, 72 CM 30E1600PB 72 CM 30E1600PN 72 CM 30E1600PZ 2, 72 CM 30P1600FC 14, 73 CM 40E1600HR 4, 73 CM 50E1600HB 73 CM 50E1600QB 73 CM 50E1600TZ 3, 73 CM 50P1600FC 14, 73 ² CM 50P1600LB 10 CM 60MT1600NHB 94 CM 60MT1600NHR 4, 94 CM 80E1600HB 73 CM 80MT1600NHB 94 CM 80MT1600NHR 4, 94 CM 80PD1600N 78 CME 30E1600PZ 2, 73 CN 30E2200FB 14 CS 19-08ho1 72 CS 19-08ho1S 72 CS 19-12ho1 72 CS 19-12ho1S 72 CS 20-12io1 72 CS 20-14io1 72 CS 20-16io1 72 CS 20-22moF1 14, 72 CS 20-25mo1F 14, 72 CS 20-25moT1 72 CS 22-08io1M 72 CS 22-12io1M 72 CS 23-08io2 71 CS 23-12io2 71 CS 23-16io2 71 CS 30-12io1 72 CS 30-14io1 72 CS 30-16io1 72 CS 35-08io4 71 CS 35-12io4 71 CS 35-14io4 71 CS 45-08io1 73 CS 45-12io1 73 CS 45-16io1 73 CS 45-16io1R 73 CS 60-12io1 73 CS 60-14io1 73 CS 60-16io1 73 D D 10EM1800PZ 2, 70 D 10P1800PZ 2, 70 D 200X1800N 70 D 200X1800N 70 ² DCG 20B1200LB 10 DCG 20B650LB 10 ² DCG 85X1200N 63 ² DCG 100X1200N 63 ² DCG 130X1200N 63 DFE 10I600PM 67 DFE 30I600Q 67 DFE 30I600QM 67 DH 2x DH 2x DH 2x DH DH DH DH DH DHG 5I600P 66 DHG 5I600PM 66 DHG 10C600PB 66 DHG 10I1200P 66 DHG 10I1200PM 66 DHG 10I1800P 66 DHG 10I600P 66 DHG 10I600PM 66 DHG 20C1200PB 66 DHG 20C600PB 66 DHG 20C600QB 66 DHG 20I1200H 66 DHG 20I1200P 66 DHG 20I600H 66 DHG 20I600P 66 DHG 30I1200H 66 DHG 30I600H 66 DHG 30I600P 66 DHG 30IM600PC 66 ² DHG 40B1200LB 10, 86 DHG 40C1200HB 66 DHG 40C600HB 66 DHG 40C600PB 66 ² DHG 50B1200LB 10, 86 DHG 50X1200N 66 DHG 50X600N 66 DHG 60C600HB 66 DHG 60I1200H 66 DHG 60I600H 66 DHG 60U1200LB 10, 86 DHG 100X1200N 66 DHG 100X600N 66 DHH 55-36N1F 14, 63, 66 DL 5P800UC 69 DL 10IM800UC 69 DL 20IM800PC 69 DL 40IM800PC 69 DL 60I1200H 70 DL 100B1200LB 10, 58, 88 DL 100B800LB 10, 58, 88 DM 10I1600P 69 DM 10IM1600PZ 69 DM 10P1600PZ 2, 69 DM 10P1800PZ 2, 69 DM 30E1800H 69 DM 30IM1600PZ 2, 69 DM 30P1600HR 4, 69 DM 40U1800GU 89 DM 50P1200HR 4, 70 DM 90U1800LB 10, 90 DM 150E1600N 70 DM 150Y1600N 91 DM 150YC1600N 91 DM 200X1600N 70 DM 200X1600N 70 DN 30E2200FE 14, 70 DN 30E2200P 70 DN 30E2200PZ 2, 70 DN 30EM2200PZ 2, 70 DN 30ER2200IY 70 DN 40U2200GU 89 DN 90U2200LB 90 DN 90Y2200N 91 DN 90YC2200N 91 DPF 30I300P 64 DPF 30P600HR 63 DPF 60C200HB 64 DPF 60C200HJ 64 DPF 60C300HB 64 DPF 60I200H 64 DPF 60IM400HB 64 DPF 60X400N 64 DPF 80C200HB 64 DPF 120X200N 64 DPF 120X400N 64 DPF 240X200N 64 DPF 240X400N 64 DPF 400C400NB 64 DPG 10I200P 64 DPG 10I200PM 64 DPG 10I300P 64 DPG 10I400P 64 DPG 10I400PM 64 DPG 10IM300UC 64 DPG 10P400PJ 63, 64 DPG 15I200P 64 DPG 15I300P 64 DPG 15I400PM 64 DPG 20C200PB 64 DPG 20C200PN 64 DPG 20C300PB 64 DPG 20C300PN 64 DPG 20C400PB 64 DPG 20C400PC 64 DPG 20C400PN 64 DPG 30C200HB 64 DPG 30C200PB 64 DPG 30C200PC 64 DPG 30C300HB 64 DPG 30C300PB 64 DPG 30C300PC 64 DPG 30C400HB 64 DPG 30C400PB 64 DPG 30I300H 64 DPG 30I300P 64 DPG 30I400H 64 DPG 30IM300PC 64 DPG 30IM400PC 64 DPG 30P300PJ 63, 64 DPG 60B600LB 10, 86 DPG 60C200HB 64 DPG 60C200QB 64 DPG 60C300HB 64 DPG 60C300HJ 64 DPG 60C300PC 64 DPG 60C300QB 64 DPG 60C400HB 64 DPG 60C400QB 64 DPG 60I300H 64 DPG 60I400H 64 DPG 60IM300PC 64 DPG 60IM400QB 64 DPG 80C300HB 64 DPG 80C400HB 64 DPG 120C300QB 64 DPH 30IS600HI 63, 64 DPJ 50XS1800N 63 DS DS DS 75-12B 71 DS 1-12D 69 DS 1-16D 69 DS 1-18D 69 DS 10C150PB 61 DS 10C150UC 61 DS 10I100PM 60 DS 10IM100UC 60 DS 15I45P 60 DS 15IM150UC 61 DS 15IM200UC 61 DS 15IM45IB 60 DS 15IM45UC 60 DS DS DS DS 20C100PB 60 DS 20C100PN 60 DS 20C150PB 61 DS 20C150PN 61 DS 20C45PB 60 DS 20C60PN 60 DS DS DS DS 9-12F 71 DS 9-16F 71 DS 9-18F 71 DS 30C100HB 60 DS 30C100PB 60 DS 30C100PN 60 DS 30C100QB 60 DS 30C150HB 61 DS 30C150PB 61 DS 30C200IB 61 DS 30C200PB 61 DS 30C45HB 60 DS 30C45PB 60 DS 30C45PC 60 DS 30C60PB 60 DS 30I100P 60 DS 30I150P 61 DS NB 60 DS DS DS DS 50C100HB 60 DS 50C100QB 60 DS 50C150HB 61 DS NB 61 DS 60C100PB 60 DS 60C150PB 61 DS 60C45HB 60 DS 60C45PB 60 DS 60C60HB 60 DS 60C60PB 60 DS 70C100HB 60 DS 70C150HB 61 DS 70C200HB 61 DS 75-12B 71 DS 75-16B 71 DS 75-18B 71 DS 80C100PB 60 DS 80C45HB 60 DS 90C200HB 61 DS 90C200HR 4, 61 DS 120C150QB 61 DS 120X150LB 10, 61 DS 120X200LB 10, 61 DS 240X150N 61 DS 240X200LB 10, 61 DS 240X200N 61 DS 300I100N 60 DS 300I200N 61 DS 300I45N 60 DSI DSI DSI DSI DSI DSI DSI 75-12B 71 DSI 75-16B 71 DSI 75-18B 71 DSB 10I45PM 60 DSB 10P60PN 60 DSB 15IM30UC 60 DSB 15IM45IB 60 DSB 20C60PN 60 DSB 20I15P 60 DSB 30C30PB 60 DSB 30C45HB 60 DSB 30C45PB 60 DSB 30C60PB 60 DSB 40C15PB 60 DSB 60C30HB 60 DSB 60C30PB 60 DSB 60C45HB 60 III

4 lphanumeric Index New Not for new design ² Under development DSB 60C45PB 60 DSB 60C60HB 60 DSB 60C60PB 60 DSB 80C45HB 60 DSDI DSDI DSDI DSEC DSEC 16-06C 65 DSEC DSEC 16-12S 65 DSEC 29-06C 65 DSEC DSEC 30-06B 65 DSEC DSEC 59-06BC 65 DSEC DSEC 60-06B 65 DSEC DSEC K 65 DSEC DSEC DSEE 15-12CC 63 DSEE 29-12CC 63 DSEE DSEE 55-24N1F 14, 63 DSEI DSEI 8-06S 67 DSEI DSEI 12-06S 67 DSEI DSEI DSEI 12-12Z 2, 67 DSEI 19-06S 67 DSEI DSEI DSEI DSEI 30-10R 67 DSEI DSEI 2x30-04C 67 DSEI 2x30-06C 67 DSEI 2x30-10B 67 DSEI 2x30-12B 67 DSEI 2x31-04C 67 DSEI 2x31-06C 67 DSEI 2x31-10B 67 DSEI 2x31-12B 67 DSEI 36-06S 67 DSEI DSEI DSEI DSEI DSEI 2x60-04C 67 DSEI 2x DSEI 2x61-04C 67 DSEI 2x61-06C 67 DSEI 2x61-06P 67 DSEI 2x61-10B 67 DSEI 2x61-12B 67 DSEI 2x61-12P 67 DSEI 2x DSEI 2x101-06P 67 DSEI 2x DSEI 2x101-12P 67 DSEI DSEI DSEI Z 3, 67 DSEI 2x DSEI 2x161-02P 67 DSEI 2x161-06P 67 DSEI 2x161-12P 67 DSEK DSEK 60-02R 67 DSEK DSEK DSEK DSEP 6-06S 65 DSEP 6-06BS 65 DSEP DSEP 8-06B 65 DSEP DSEP DSEP 12-12Z 2, 65 DSEP 12-12B 65 DSEP 12-12BZ 2, 65 IV DSEP DSEP 15-06S 65 DSEP 15-06B 65 DSEP 15-06BS 65 DSEP 15-12CR 63 DSEP 2x25-12C 63 DSEP DSEP 29-06S 65 DSEP 29-06B 65 DSEP DSEP DSEP 30-06B 65 DSEP 30-06BR 65 DSEP DSEP 30-12R 65 DSEP 30-12CR 63 DSEP 2x DSEP 2x DSEP 2x31-06B 65 DSEP 2x DSEP 40-03S 65 DSEP DSEP 60-06T 65 DSEP DSEP 60-12R 65 DSEP 2x DSEP 2x DSEP 2x DSEP 2x DSEP 75-06R 65 DSEP 2x DSEP 2x DSEP 2x DSI DSI DSI 30-08C 69 DSI 30-08S 69 DSI DSI 30-12S 69 DSI DSI 30-16S 69 DSI DSI DSI DSI DSI 45-16R 70 DSI 2x DSI 2x DSI 75-12B 71 DSIK 45-16R 70 DSP DSP 8-08S 69 DSP 8-08S 69 DSP DSP 8-12C 69 DSP 8-12S 69 DSP 8-12S 69 DSP DSP 25-12T 69 DSP DSP 25-16R 69 DSP 25-16T 69 DSP DSP 45-12Z 3, 70 DSP DSP 45-16R 70 DSP 45-16Z 3, 70 DSP DSS BS 62 DSS S 62 DSS 6-015S 63 DSS B 62 DSS DSS DSS 10-01S 62 DSS DSS S 62 DSS DSS 16-01S 62 DSS 17-06CR 63 DSS B 62 DSS 20-01C 62 DSS B 62 DSS DSS D 62 DSS 2x DSS B 62 DSS 2x DSS 2x DSS 2x B 62 DSS 2x DSS 2x DSS 2x DSS 2x B 62 DSS 2x DSS 2x DSS 2x D 62 DSSK DSSK DSSK 16-01S 62 DSSK BS 62 DSSK B 62 DSSK DSSK BS 62 DSSK BS 62 DSSK 28-01S 62 DSSK DSSK DSSK B 62 DSSK BS 62 DSSK B 62 DSSK B 62 DSSK B 62 DSSK B 62 DSSK B 62 DSSK BS 62 DSSK B 62 DSSK DSSK DSSK DSSK B 62 DSSK DSSK R 63 DSSK DSSK 60-02R 63 DSSK B 62 DSSK B 62 DSSK DSSK R 62 DSSK D 62 DSSK B 62 DSSK B 62 DSSK B 62 DSSK B 62 DSSK BR 62 DSSS 30-01R 62 DSSS R 62 F FBE 22-06N1 14, 86 FBO 16-12N 14, 58, 87 FBO 40-12N 14, 58, 87 FBS 10-06SC 14, 63, 86 FBS 10-12SC 14, 63, 86 FBS 16-06SC 14, 63, 86 FDM 47-06KC5 13, 56 FID 60-06D 13, 58 FII 30-06D 13 FII 40-06D 13 FMD 15-06KC5 13, 56, 58 FMD 21-05QC 13, 58 FMD 40-06KC 13, 56, 58 FMD 47-06KC5 13, 56, 58 FMM X2F 13 FMM 22-05PF 13 FMM 22-06PF 13 FMM TF 13 FMM 60-02TF 13 FMM 75-01F 13 FMP 26-02P 13 FMP P 13 FMP T 13 FUE 30-12N1 14, 86 FUO 22-12N 14, 89 FUO 22-16N 14, 89 FUO 50-16N 14, 89 FUS B 14, 62, 86 G GBO 25-12NO1 87 GBO 25-16NO1 87 GMM 3x60-015X2 11 GUO 40-08NO1 89 GUO 40-12NO1 89 GUO 40-16NO1 89 I ITF 38IF1200HJ 21 ² ITF 40PF1200DHGTLB 9 ² ITF 40PG1200DHGLB 9 ITF 48IF1200HR 4, 21 ² ITF 58IF1200KB 21 IX 4I1200UC 21 ² IX 4IF1200PZ 2, 21 IX 4IF1200TC 21 IX 4IF1200UC 21 IX 12IF1200HB 21 IX 12IF1200PB 21 IX 12IF1200TC 21 IX 17IF1200HJ 21 IX 20I1200PB 21 IX 20I1200PZ 2, 21 IX 20IF1200HB 21 IX 20PG1200DHGLB 9 IX 20PT1200LB 9 IX 20RG1200DHGLB 9 IX 220I650N 21 IX 27IF1200HJ 21 IX 30PG1200DHGLB 9 IX 30RG1200DHGLB 9 IX 33IF1200HB 21 IX 37IF1200HJ 21 IX 40I4000KN 24 IX 40PG1200DHGLB 9 IX 40RG1200DHGLB 9 IX 45IF1200HB 21 IX 55I1200HJ 21 ² IX 60IF1200DHGLB 9 IX 60IF1200N 21 IX 70I1200N 21 IX 70R1200N 21 ² IX 85IF1200DHGLB 9 ² IX 100XF650LB 9 IXB 10N300HV 2, 26 IXB 12N300HV 2 IXB 14N300HV 2, 26 IXB 16N170HV 2, 25 IXBF 9N160G 13, 25 IXBF 10N300C 26 IXBF 12N IXBF 14N300 13, 26 IXBF 15N300C 13, 26 IXBF 20N IXBF 20N360 13, 26 IXBF 22N300 13, 26 IXBF 28N300 13, 26 IXBF 32N300 13, 26 IXBF 40N160 13, 25 IXBF 42N300 13, 26 IXBF 50N360 13, 26 IXBF 55N300 13, 26 IXBH 5N160G 25 IXBH 6N IXBH 9N160G 25 IXBH 10N IXBH 10N IXBH 10N300HV 4, 26 IXBH 14N300HV 4, 26 IXBH 16N IXBH 16N IXBH 20N360HV 4, 26 IXBH 22N300HV 4, 26 IXBH 24N IXBH 32N IXBH 32N300HV 26 IXBH 40N IXBH 42N IXBH 42N IXBH 42N300HV 26 IXBK 55N IXBK 64N IXBK 75N IXBK 75N IXBL 20N300C 26 IXBL 60N IXBL 64N IXBN 42N IXBN 75N170 25

5 lphanumeric Index New Not for new design ² Under development IXBN 75N IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD 1-12R 96 IXBOD 1-12RD 96 IXBOD 1-13R 96 IXBOD 1-13RD 96 IXBOD 1-14R 96 IXBOD 1-14RD 96 IXBOD 1-15R 96 IXBOD 1-15RD 96 IXBOD 1-16R 96 IXBOD 1-16RD 96 IXBOD 1-17R 96 IXBOD 1-17RD 96 IXBOD 1-18R 96 IXBOD 1-18RD 96 IXBOD 1-19R 96 IXBOD 1-19RD 96 IXBOD 1-20R 96 IXBOD 1-20RD 96 IXBOD 1-21R 96 IXBOD 1-21RD 96 IXBOD 1-22R 96 IXBOD 1-22RD 96 IXBOD 1-23R 96 IXBOD 1-23RD 96 IXBOD 1-24R 96 IXBOD 1-24RD 96 IXBOD 1-25R 96 IXBOD 1-25RD 96 IXBOD 1-26R 96 IXBOD 1-26RD 96 IXBOD 1-28R 96 IXBOD 1-28RD 96 IXBOD 1-30R 96 IXBOD 1-30RD 96 IXBOD 1-32R 96 IXBOD 1-32RD 96 IXBOD 1-34R 96 IXBOD 1-36R 96 IXBOD 1-38R 96 IXBOD 1-40R 96 IXBOD 1-42R 96 IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD 2-15R 97 IXBOD 2-15RD 97 IXBOD 2-16R 97 IXBOD 2-16RD 97 IXBOD 2-17R 97 IXBOD 2-17RD 97 IXBOD 2-18R 97 IXBOD 2-18RD 97 IXBOD 2-19R 97 IXBOD 2-19RD 97 IXBOD 2-20R 97 IXBOD 2-20RD 97 IXBOD 2-21R 97 IXBOD 2-21RD 97 IXBOD 2-22R 97 IXBOD 2-22RD 97 IXBOD 2-23R 97 IXBOD 2-23RD 97 IXBOD 2-24R 97 IXBOD 2-24RD 97 IXBOD 2-25R 97 IXBOD 2-25RD 97 IXBOD 2-26R 97 IXBOD 2-26RD 97 IXBOD 2-27R 97 IXBOD 2-27RD 97 IXBOD 2-28R 97 IXBOD 2-28RD 97 IXBOD 2-29R 98 IXBOD 2-29RD 98 IXBOD 2-30R 98 IXBOD 2-30RD 98 IXBOD 2-31R 98 IXBOD 2-31RD 98 IXBOD 2-32R 98 IXBOD 2-32RD 98 IXBOD 2-33R 98 IXBOD 2-33RD 98 IXBOD 2-34R 98 IXBOD 2-34RD 98 IXBOD 2-35R 98 IXBOD 2-35RD 98 IXBOD 2-36R 98 IXBOD 2-36RD 98 IXBOD 2-37R 98 IXBOD 2-37RD 98 IXBOD 2-38R 98 IXBOD 2-38RD 98 IXBOD 2-39R 98 IXBOD 2-39RD 98 IXBOD 2-40R 98 IXBOD 2-40RD 98 IXBOD 2-41R 98 IXBOD 2-41RD 98 IXBOD 2-42R 98 IXBOD 2-42RD 98 IXBOD 2-43R 98 IXBOD 2-44R 98 IXBOD 2-45R 98 IXBOD 2-46R 98 IXBOD 2-47R 98 IXBOD 2-48R 98 IXBOD 2-49R 98 IXBOD 2-50R 98 IXBOD 2-51R 98 IXBOD 2-52R 98 IXBOD 2-53R 98 IXBOD 2-54R 98 IXBOD 2-55R 98 IXBOD 2-56R 98 IXBP 5N160G 25 IXBR 42N IXBT 6N IXBT 10N IXBT 12N300HV 3 IXBT 16N IXBT 16N IXBT 16N170HV 3, 25 IXBT 20N300HV 3 IXBT 20N360HV 3, 26 IXBT 22N300HV 3, 26 IXBT 24N IXBT 32N IXBT 32N300HV 26 IXBT 42N IXBT 42N IXBT 42N300HV 3, 26 IXBX 28N300HV 4, 26 IXBX 50N360HV 4, 26 IXBX 55N IXBX 64N IXBX 75N IXBX 75N IXCH 36N IXCK 36N IXDH 20N IXDH 20N120D1 21 IXDH 30N IXDH 30N120D1 21 IXDH 35N60BD1 21 IXDN 55N120D1 21 IXDN 75N IXDP 20N60BD1 21 IXDR 30N120D1 21 IXEL 40N IXF 4N100P 46 IXF 5N100P 46 IXF 6N120P 46 IXF 7N100P 46 IXF 7N80P 45 IXF 10N60P 44 IXF 10N80P 45 IXF 110N15T2 40 IXF 12N50P 44 IXF 130N10T 38 IXF 130N10T2 40 IXF 14N60P 44 IXF 14N60P3 48 IXF 16N50P 44 IXF 16N50P3 47 IXF 16N60P3 48 IXF 180N10T2 40 IXF 20N50P3 47 IXF 22N60P3 48 IXF 22N65X2 49 IXF 230N075T2 40 IXF 26N50P3 47 IXF 34N65X2 49 IXF 36N30P3 47 IXF 76N15T2 40 IXF 102N15T 38 IXFB 30N120P 46 IXFB 40N110P 46 IXFB 40N110Q3 50 IXFB 44N100P 46 IXFB 44N100Q3 50 IXFB 52N90P 45 IXFB 60N80P 45 IXFB 62N80Q3 50 IXFB 82N60P 44 IXFB 82N60Q3 50 IXFB 100N50P 44 IXFB 100N50Q3 50 IXFB 110N60P3 48 IXFB 120N50P2 47 IXFB 132N50P3 48 IXFB 150N65X2 49 IXFB 170N30P 43 IXFB 210N20P 43 IXFB 210N30P3 47 IXFB 300N10P 43 IXFH 5N100P 46 IXFH 6N120P 46 IXFH 7N100P 46 IXFH 10N100P 46 IXFH 10N80P 45 IXFH 12N100P 46 IXFH 12N120P 46 IXFH 12N80P 45 IXFH 12N90P 45 IXFH 140N10P 43 IXFH 14N60P 44 IXFH 14N60P3 48 IXFH 14N80P 45 IXFH 15N100P 46 IXFH 15N100Q3 50 IXFH 16N120P 46 IXFH 16N50P 44 IXFH 16N50P3 47 IXFH 16N60P3 48 IXFH 16N80P 45 IXFH 18N100Q3 50 IXFH 18N60P 44 IXFH 18N90P 45 IXFH 20N100P 46 IXFH 20N50P3 47 IXFH 20N80P 45 IXFH 22N50P 44 IXFH 22N60P 44 IXFH 22N60P3 48 IXFH 22N65X2 49 IXFH 24N80P 45 IXFH 24N90P 45 IXFH 26N50P 44 IXFH 26N50P3 47 IXFH 26N60P 44 IXFH 28N60P3 48 IXFH 30N50P 44 IXFH 30N50Q3 50 IXFH 30N60P 44 IXFH 34N50P3 47 IXFH 34N65X2 49 IXFH 36N50P 44 IXFH 36N60P 44 IXFH 42N50P2 47 IXFH 42N60P3 48 IXFH 44N50P 44 IXFH 44N50Q3 50 IXFH 46N30T 38 IXFH 46N65X2 49 IXFH 50N30Q3 50 IXFH 50N50P3 48 IXFH 50N60P3 48 IXFH 52N30P 43 IXFH 52N50P2 47 IXFH 60N50P3 48 IXFH 60N65X2 49 IXFH 69N30P 43 IXFH 70N20Q3 50 IXFH 70N30Q3 50 IXFH 74N20P 43 IXFH 80N65X2 49 IXFH 86N30T 38 IXFH 88N30P 43 IXFH 94N30P3 47 IXFH 94N30T 38 IXFH 96N15P 43 IXFH 96N20P 43 IXFH 100N25P 43 IXFH 102N15T 38 IXFH 110N10P 43 IXFH 110N15T2 40 IXFH 110N25T 38 IXFH 120N15P 43 IXFH 120N20P 43 IXFH 120N25T 38 IXFH 150N15P 43 IXFH 150N17T2 40 IXFH 150N20T 38 IXFH 160N15T 38 IXFH 160N15T2 40 IXFH 170N10P 43 IXFH 230N075T2 40 IXFH 230N10T 38 IXFH 320N10T2 40 IXFH 340N075T2 40 IXFH 400N075T2 40 IXFJ 26N50P3 4, 47 IXFK 20N120P 46 IXFK 24N100Q3 50 IXFK 24N80P 45 IXFK 250N10P 43 IXFK 26N100P 46 IXFK 26N120P 46 IXFK 32N100P 46 IXFK 32N100Q3 50 IXFK 32N80P 45 IXFK 32N80Q3 50 IXFK 32N90P 45 IXFK 36N60P 44 IXFK 40N90P 45 IXFK 44N50P 44 IXFK 44N80P 45 IXFK 44N80Q3 50 IXFK 48N60P 44 IXFK 48N60Q3 50 IXFK 64N50P 44 IXFK 64N50Q3 50 IXFK 64N60P 44 IXFK 64N60P3 48 IXFK 64N60Q3 50 IXFK 74N50P2 47 IXFK 78N50P3 48 IXFK 80N50P 44 IXFK 80N50Q3 50 IXFK 80N60P3 48 IXFK 80N65X2 49 IXFK 80N65X2 49 IXFK 88N30P 43 IXFK 94N50P2 47 IXFK 98N50P3 48 IXFK 100N65X2 49 IXFK 102N30P 43 IXFK 120N20P 43 IXFK 120N25P 43 IXFK 120N30P3 47 IXFK 120N30T 38 IXFK 120N65X2 49 IXFK 140N20P 43 V

6 lphanumeric Index New Not for new design ² Under development IXFK 140N25T 38 IXFK 140N30P 43 IXFK 150N15P 43 IXFK 150N30P3 47 IXFK 160N30T 38 IXFK 170N10P 43 IXFK 170N20P 43 IXFK 170N20T 38 IXFK 180N15P 43 IXFK 180N25T 38 IXFK 200N10P 43 IXFK 220N15P 43 IXFK 220N17T2 40 IXFK 230N20T 38 IXFK 240N15T2 40 IXFK 320N17T2 40 IXFK 360N10T 38 IXFK 360N15T2 40 IXFK 420N10T 38 IXFK 520N075T2 40 IXFL 30N120P 46 IXFL 32N120P 46 IXFL 36N110P 46 IXFL 38N100P 46 IXFL 40N110P 46 IXFL 44N100P 46 IXFL 60N80P 45 IXFL 82N60P 44 IXFL 100N50P 44 IXFL 132N50P3 48 IXFL 210N30P3 47 IXFN 26N100P 46 IXFN 26N120P 46 IXFN 30N120P 46 IXFN 32N100P 46 IXFN 32N100Q3 50 IXFN 32N120P 46 IXFN 32N80P 45 IXFN 38N100P 46 IXFN 40N110P 46 IXFN 40N110Q3 50 IXFN 40N90P 45 IXFN 44N100P 46 IXFN 44N100Q3 50 IXFN 44N80P 45 IXFN 44N80Q3 50 IXFN 48N60P 44 IXFN 50N120SiC 48 IXFN 50N120SK 48 IXFN 52N90P 45 IXFN 56N90P 45 IXFN 60N80P 45 IXFN 62N80Q3 50 IXFN 64N50P 44 IXFN 64N60P 44 IXFN 70N120SK 48 IXFN 80N50P 44 IXFN 80N50Q3 50 IXFN 80N60P3 48 IXFN 82N60P 44 IXFN 82N60Q3 50 ² IXFN 90N170SK 48 IXFN 94N50P2 47 IXFN 100N50P 44 IXFN 100N50Q3 50 IXFN 102N30P 43 IXFN 110N60P3 48 IXFN 120N65X2 49 IXFN 132N50P3 48 IXFN 140N20P 43 IXFN 140N25T 38 IXFN 140N30P 43 IXFN 150N65X2 49 IXFN 160N30T 38 IXFN 170N30P 43 IXFN 170N65X2 49 IXFN 180N15P 43 IXFN 180N25T 38 IXFN 200N10P 43 IXFN 20N120P 46 IXFN 210N20P 43 IXFN 210N30P3 47 IXFN 230N20T 38 IXFN 240N15T2 40 IXFN 300N10P 43 VI IXFN 320N17T2 40 IXFN 360N10T 38 IXFN 360N15T2 40 IXFN 420N10T 38 IXFN 520N075T2 40 IXFP 4N100P 46 IXFP 5N100P 46 IXFP 6N120P 46 IXFP 7N100P 46 IXFP 7N80P 45 IXFP 10N60P 44 IXFP 10N80P 45 IXFP 12N50P 44 IXFP 14N60P 44 IXFP 14N60P3 48 IXFP 16N50P 44 IXFP 16N50P3 47 IXFP 16N60P3 48 IXFP 20N50P3 47 IXFP 22N60P3 48 IXFP 22N65X2 49 IXFP 26N50P3 47 IXFP 34N65X2 49 IXFP 36N30P3 47 IXFP 76N15T2 40 IXFP 102N15T 38 IXFP 110N15T2 40 IXFP 130N10T 38 IXFP 130N10T2 40 IXFP 180N10T2 40 IXFP 230N075T2 40 IXFQ 10N80P 45 IXFQ 12N80P 45 IXFQ 14N80P 45 IXFQ 20N50P3 47 IXFQ 22N60P3 48 IXFQ 24N50P2 47 IXFQ 26N50P3 47 IXFQ 28N60P3 48 IXFQ 34N50P3 48 IXFQ 50N50P3 48 IXFQ 50N60P3 48 IXFQ 60N50P3 48 IXFQ 94N30P3 47 IXFR 15N100Q3 50 IXFR 16N120P 46 IXFR 18N90P 45 IXFR 20N100P 46 IXFR 20N120P 46 IXFR 20N80P 45 IXFR 24N100Q3 50 IXFR 24N80P 45 IXFR 24N90P 45 IXFR 26N100P 46 IXFR 26N120P 46 IXFR 30N60P 44 IXFR 32N100P 46 IXFR 32N100Q3 50 IXFR 32N80P 45 IXFR 32N80Q3 50 IXFR 36N50P 44 IXFR 36N60P 44 IXFR 40N90P 45 IXFR 44N50P 44 IXFR 44N50Q3 50 IXFR 44N80P 45 IXFR 48N60P 44 IXFR 48N60Q3 50 IXFR 64N50P 44 IXFR 64N50Q3 50 IXFR 64N60P 44 IXFR 64N60Q3 50 IXFR 80N50P 44 IXFR 80N50Q3 50 IXFR 80N60P3 48 IXFR 102N30P 43 IXFR 140N20P 43 IXFR 140N30P 43 IXFR 180N15P 43 IXFR 200N10P 43 IXFR 230N20T 38 IXFT 14N80P 45 IXFT 15N100Q3 50 IXFT 16N120P 46 IXFT 16N80P 45 IXFT 18N100Q3 50 IXFT 18N90P 45 IXFT 20N100P 46 IXFT 20N80P 45 IXFT 24N80P 45 IXFT 24N90P 45 IXFT 26N60P 44 IXFT 30N50P 44 IXFT 30N50Q3 50 IXFT 30N60P 44 IXFT 36N50P 44 IXFT 36N60P 44 IXFT 42N50P2 47 IXFT 44N50P 44 IXFT 44N50Q3 50 IXFT 46N30T 38 IXFT 50N30Q3 50 IXFT 50N50P3 48 IXFT 50N60P3 48 IXFT 52N50P2 47 IXFT 60N50P3 48 IXFT 60N65X2HV 49 IXFT 69N30P 43 IXFT 70N20Q3 50 IXFT 70N30Q3 50 IXFT 80N65X2HV 49 IXFT 86N30T 38 IXFT 88N30P 43 IXFT 94N30P3 47 IXFT 94N30T 38 IXFT 96N20P 43 IXFT 120N15P 43 IXFT 120N25T 38 IXFT 140N10P 43 IXFT 150N17T2 40 IXFT 150N20T 38 IXFT 320N10T2 40 IXFT 340N075T2 40 IXFT 400N075T2 40 IXFX 24N100Q3 50 IXFX 26N100P 46 IXFX 26N120P 46 IXFX 320N17T2 40 IXFX 32N100P 46 IXFX 32N100Q3 50 IXFX 32N80P 45 IXFX 32N80Q3 50 IXFX 32N90P 45 IXFX 40N90P 45 IXFX 44N80P 45 IXFX 44N80Q3 50 IXFX 48N60P 44 IXFX 48N60Q3 50 IXFX 64N50P 44 IXFX 64N50Q3 50 IXFX 64N60P 44 IXFX 64N60P3 48 IXFX 64N60Q3 50 IXFX 74N50P2 47 IXFX 78N50P3 48 IXFX 80N50P 44 IXFX 80N50Q3 50 IXFX 80N60P3 48 IXFX 94N50P2 47 IXFX 98N50P3 48 IXFX 100N65X2 49 IXFX 120N25P 43 IXFX 120N30P3 47 IXFX 120N30T 38 IXFX 120N65X2 49 IXFX 140N25T 38 IXFX 140N30P 43 IXFX 150N30P3 47 IXFX 160N30T 38 IXFX 170N20P 43 IXFX 170N20T 38 IXFX 180N15P 43 IXFX 180N25T 38 IXFX 200N10P 43 IXFX 20N120P 46 IXFX 220N15P 43 IXFX 220N17T2 40 IXFX 230N20T 38 IXFX 240N15T2 40 IXFX 250N10P 43 IXFX 360N10T 38 IXFX 360N15T2 40 IXFZ 140N25T 38 IXFX 420N10T 38 IXFX 520N075T2 40 IXFZ 520N075T2 40 ² IXG 50I4500KN 24 ² IXG 65I3300KN 24 ² IXG 80IF1200N 21 ² IXG 110IF1200HF 21 ² IXG 110IF1200KB 21 ² IXG 110IF1200N 21 ² IXG 150IF1200KF 21 IXG 12N IXG 20N IXG 20N120B3 22 IXG 20N250HV 2, 24 IXG 36N IXG 48N IXGF 20N250 13, 24 IXGF 20N300 13, 24 IXGF 25N250 13, 24 IXGF 25N300 13, 24 IXGF 30N IXGF 32N170 13, 23 IXGF 36N300 13, 24 IXGH 10N IXGH 10N IXGH 10N IXGH 12N IXGH 16N IXGH 16N IXGH 16N170H1 23 IXGH 20N IXGH 24N IXGH 24N IXGH 24N170H1 23 IXGH 25N IXGH 32N IXGH 32N IXGH 32N IXGH 32N IXGH 36N IXGH 36N603D4 22 IXGH 48N IXGH 48N603D1 22 IXGH 56N IXGH 64N IXGH 6N IXGH 6N IXGH 72N IXGJ 50N60C4D1 4 IXGK 55N1203H1 22 IXGK 72N603H1 22 IXGK 75N IXGK 82N IXGK 100N IXGK 120N IXGK 120N IXGK 320N IXGL 75N IXGN 72N IXGN 100N IXGN 120N IXGN 120N603D1 22 IXGN 320N IXGN 400N IXGP 12N IXGP 20N IXGP 20N120B3 22 IXGP 36N IXGP 48N IXGR 6N IXGR 16N170H1 23 IXGR 32N170H1 23 IXGR 32N170H1 23 IXGR 55N1203H1 22 IXGR 64N IXGR 72N IXGR 72N603H1 22 IXGT 6N IXGT 6N IXGT 10N IXGT 10N IXGT 16N170 23

7 lphanumeric Index New Not for new design ² Under development IXGT 16N IXGT 16N170H1 23 IXGT 24N IXGT 24N IXGT 24N170H1 23 IXGT 25N IXGT 25N250HV 3, 24 IXGT 32N IXGT 32N IXGT 32N IXGT 32N IXGT 64N IXGT 72N IXGT 72N60B3 22 IXGX 32N170H1 23 IXGX 32N170H1 23 IXGX 55N1203H1 22 IXGX 72N603H1 22 IXGX 75N IXGX 82N IXGX 100N IXGX 120N IXGX 120N IXGX 320N IXKC 13N80C 56 IXKC 20N60C 56 IXKC 23N60C5 56 IXKC 25N80C 56 IXKC 40N60C 56 IXKF 40N60SCD1 13, 56 IXKH 20N60C5 56 IXKH 30N60C5 56 IXKH 35N60C5 56 IXKH 70N60C5 56 IXKK 85N60C 56 IXKN 40N60C 56 IXKN 45N80C 56 IXKN 75N60C 56 IXKP 24N60C5 56 IXKR 25N80C 56 IXKR 40N60C 56 IXKR 47N60C5 56 IXKT 70N60C5 56 IXLF 19N250 13, 24 IXT 02N250HV 2, 51 IXT 05N IXT 05N100HV 2, 51 IXT 05N100P 42 IXT 06N120P 42 IXT 08N100D2 53 IXT 08N100D2HV 2, 53 IXT 08N100P 42 IXT 08N120P 42 IXT 08N50D2 53 IXT 1N IXT 1N100P 42 IXT 1N120P 42 IXT 1N170DHV 2, 53 IXT 1N200P3HV 2, 51 IXT 1R4N100P 42 IXT 1R4N120P 42 IXT 1R6N100D2 53 IXT 1R6N50D2 53 IXT 2N IXT 2N100P 42 IXT 2R4N120P 42 IXT 3N100D2 53 IXT 3N100D2HV 2, 53 IXT 3N100P 42 IXT 3N IXT 3N120HV 2, 51 IXT 3N150HV 2, 51 IXT 3N50D2 53 IXT 4N150HV 2, 51 IXT 4N65X2 49 IXT 6N100D2 53 IXT 6N50D2 53 IXT 8N65X2 49 IXT 10N60P 42 IXT 10P15T 55 IXT 10P50P 54 IXT 12N50P 42 IXT 12N65X2 49 IXT 14N60P 42 IXT 15N50L2 52 IXT 15P15T 55 IXT 16N50P 42 IXT 18P10T 55 IXT 24N65X2 49 IXT 24P085T 55 IXT 26P10T 55 IXT 26P20P 54 IXT 28P065T 55 IXT 32P05T 55 IXT 32P20T 55 IXT 34N65X2 49 IXT 36N30P 41 IXT 36P15P 54 IXT 42N25P 41 IXT 44P15T 55 IXT 460P2 47 IXT 48N20T 37 IXT 48P05T 55 IXT 50N20P 41 IXT 50N25T 37 IXT 52P10P 54 IXT 60N10T 37 IXT 60N20T 37 IXT 62N15P 41 IXT 64N10L2 52 IXT 70N075T2 39 IXT 75N10P 41 IXT 76N25T 37 IXT 76P10T 55 IXT 80N075L2 52 IXT 80N10T 37 IXT 80N12T2 39 IXT 86N20T 37 IXT 90N055T2 39 IXT 90N075T2 39 IXT 96P085T 55 IXT 100N04T2 39 IXT 110N055T2 39 IXT 120N04T2 39 IXT 120N075T2 39 IXT 120P065T 55 IXT 130N065T2 39 IXT 130N10T 37 IXT 140N055T2 39 IXT 140P05T 55 IXT 160N04T2 39 IXT 170N075T2 39 IXT 180N10T 37 IXT 200N055T2 39 IXT 220N04T2 39 IXT 230N075T2 39 IXT 260N055T2 39 IXT 270N04T4 40 IXT 270N04T IXT 300N04T2 39 IXT 340N04T4 40 IXT 340N04T IXTF 02N450 13, 51 IXTF 1N250 13, 51 IXTF 1N450 13, 51 IXTF 200N10T 13, 37 IXTH 02N IXTH 02N450HV 4, 51 IXTH 04N300P3HV 51 IXTH 05N250P3HV 51 IXTH 06N220P3HV 51 IXTH 1N170DHV 4, 53 IXTH 1N200P3 51 IXTH 1N200P3HV 4, 51 IXTH 1N IXTH 1N300P3HV 4, 51 IXTH 1N450HV 4, 51 IXTH 1R4N250P3 51 IXTH 1R8N220P3HV 51 IXTH 2N170D2 53 IXTH 2R4N120P 42 IXTH 3N100P 42 IXTH 3N IXTH 3N IXTH 3N200P3HV 51 IXTH 4N IXTH 6N100D2 53 IXTH 6N IXTH 6N IXTH 6N50D2 53 IXTH 10N100D2 53 IXTH 10P50P 54 IXTH 12N65X2 49 IXTH 15N50L2 52 IXTH 16N10D2 53 IXTH 16N20D2 53 IXTH 16N50D2 53 IXTH 16P60P 54 IXTH 20P50P 54 IXTH 22N50P 42 IXTH 24N65X2 49 IXTH 26N60P 42 IXTH 26P20P 54 IXTH 30N50L2 52 IXTH 30N50P 42 IXTH 30N60L2 52 IXTH 30N60P 42 IXTH 32P20T 55 IXTH 34N65X2 49 IXTH 36N50P 42 IXTH 36P15P 54 IXTH 40N50L2 52 IXTH 44P15T 55 IXTH 48N65X2 49 IXTH 48P20P 54 IXTH 50N25T 37 IXTH 52P10P 54 IXTH 60N20L2 52 IXTH 62N65X2 49 IXTH 64N10L2 52 IXTH 68P20T 55 IXTH 75N10L2 52 IXTH 76N25T 37 IXTH 76P10T 55 IXTH 80N075L2 52 IXTH 80N65X2 49 IXTH 86N25T 37 IXTH 88N30P 41 IXTH 90P10P 54 IXTH 96N20P 41 IXTH 96N25T 37 IXTH 96P085T 55 IXTH 102N20T 37 IXTH 110N10L2 52 IXTH 110N25T 37 IXTH 120P065T 55 IXTH 130N10T 37 IXTH 130N20T 37 IXTH 140P05T 55 IXTH 140P10T 55 IXTH 180N10T 37 IXTH 200N10T 37 IXTH 260N055T2 39 IXTH 270N04T4 40 IXTH 300N04T2 39 IXTH 340N04T4 40 IXTH 360N055T2 39 IXTH 420N04T2 39 IXTH 440N055T2 39 IXTH 450P2 47 IXTH 460P2 47 IXTH 500N04T2 39 IXTJ 3N150 4, 51 IXTJ 4N150 4, 51 IXTJ 6N150 4, 51 IXTK 5N IXTK 32P60P 54 IXTK 40P50P 54 IXTK 60N50L2 52 IXTK 82N25P 41 IXTK 88N30P 41 IXTK 90N25L2 52 IXTK 90P20P 54 IXTK 100N25P 41 IXTK 102N30P 41 IXTK 102N65X2 49 IXTK 110N20L2 52 IXTK 120N20P 41 IXTK 120N25P 41 IXTK 120N65X2 49 IXTK 120P20T 55 IXTK 140N20P 41 IXTK 140N30P 41 IXTK 150N15P 41 IXTK 170N10P 41 IXTK 170P10P 54 IXTK 180N15P 41 IXTK 200N10L2 52 IXTK 200N10P 41 IXTK 210P10T 55 IXTK 550N055T2 39 IXTK 600N04T2 39 IXTL 2N IXTL 2x180N10T 37 IXTN 5N IXTN 32P60P 54 IXTN 40P50P 54 IXTN 60N50L2 52 IXTN 90N25L2 52 IXTN 90P20P 54 IXTN 102N65X2 49 IXTN 110N20L2 52 IXTN 120P20T 55 IXTN 170P10P 54 IXTN 200N10L2 52 IXTN 200N10T 37 IXTN 210P10T 55 IXTN 550N055T2 39 IXTN 600N04T2 39 IXTP 02N120P 42 IXTP 05N IXTP 05N100P 42 IXTP 06N120P 42 IXTP 08N100D2 53 IXTP 08N100P 42 IXTP 08N120P 42 IXTP 08N50D2 53 IXTP 1N IXTP 1N100P 42 IXTP 1N120P 42 IXTP 1R4N100P 42 IXTP 1R4N120P 42 IXTP 1R6N100D2 53 IXTP 1R6N50D2 53 IXTP 2N IXTP 2N100P 42 IXTP 2N65X2 49 IXTP 2R4N120P 42 IXTP 3N100D2 53 IXTP 3N100P 42 IXTP 3N IXTP 3N50D2 53 IXTP 4N65X2 49 IXTP 6N100D2 53 IXTP 6N50D2 53 IXTP 8N65X2 49 IXTP 8N65X2M 49 IXTP 10N60P 42 IXTP 10P15T 55 IXTP 10P50P 54 IXTP 12N50P 42 IXTP 12N65X2 49 IXTP 14N60P 42 IXTP 15N50L2 52 IXTP 15P15T 55 IXTP 16N50P 42 IXTP 18P10T 55 IXTP 24N65X2 49 IXTP 24N65X2M 49 IXTP 24P085T 55 IXTP 26P10T 55 IXTP 26P20P 54 IXTP 28P065T 55 IXTP 32P05T 55 IXTP 32P20T 55 IXTP 34N65X2 49 IXTP 36N30P 41 IXTP 36P15P 54 IXTP 42N25P 41 IXTP 44N10T 37 IXTP 44P15T 55 IXTP 48N20T 37 IXTP 48P05T 55 IXTP 50N20P 41 IXTP 50N25T 37 IXTP 52P10P 54 IXTP 60N10T 37 IXTP 60N20T 37 IXTP 62N15P 41 IXTP 64N10L2 52 VII

8 lphanumeric Index New Not for new design ² Under development IXTP 70N075T2 39 IXTP 75N10P 41 IXTP 76N25T 37 IXTP 76P10T 55 IXTP 80N075L2 52 IXTP 80N10T 37 IXTP 80N12T2 39 IXTP 86N20T 37 IXTP 90N055T2 39 IXTP 90N075T2 39 IXTP 96P085T 55 IXTP 100N04T2 39 IXTP 110N055T2 39 IXTP 120N04T2 39 IXTP 120N075T2 39 IXTP 120P065T 55 IXTP 130N065T2 39 IXTP 130N10T 37 IXTP 140N055T2 39 IXTP 140P05T 55 IXTP 160N04T2 39 IXTP 170N075T2 39 IXTP 180N10T 37 IXTP 200N055T2 39 IXTP 220N04T2 39 IXTP 230N075T2 39 IXTP 260N055T2 39 IXTP 270N04T4 40 IXTP 300N04T2 39 IXTP 340N04T4 40 IXTP 450P2 47 IXTP 460P2 47 IXTQ 10P50P 54 IXTQ 14N60P 42 IXTQ 16N50P 42 IXTQ 18N60P 42 IXTQ 22N50P 42 IXTQ 22N60P 42 IXTQ 26N50P 42 IXTQ 26N60P 42 IXTQ 26P20P 54 IXTQ 30N50L2 52 IXTQ 30N50P 42 IXTQ 30N60L2 52 IXTQ 30N60P 42 IXTQ 32P20T 55 IXTQ 36N30P 41 IXTQ 36N50P 42 IXTQ 36P15P 54 IXTQ 40N50L2 52 IXTQ 42N25P 41 IXTQ 44N50P 42 IXTQ 44P15T 55 IXTQ 48N20T 37 IXTQ 50N20P 41 IXTQ 50N25T 37 IXTQ 52N30P 41 IXTQ 52P10P 54 IXTQ 60N10T 37 IXTQ 60N20L2 52 IXTQ 60N20T 37 IXTQ 62N15P 41 IXTQ 64N25P 41 IXTQ 69N30P 41 IXTQ 74N20P 41 IXTQ 75N10P 41 IXTQ 76N25T 37 IXTQ 82N25P 41 IXTQ 86N20T 37 IXTQ 86N25T 37 IXTQ 88N30P 41 IXTQ 96N15P 41 IXTQ 96N20P 41 IXTQ 96N25T 37 IXTQ 100N25P 41 IXTQ 102N20T 37 IXTQ 110N10P 41 IXTQ 120N15P 41 IXTQ 120N20P 41 IXTQ 130N10T 37 IXTQ 140N10P 41 IXTQ 150N15P 41 IXTQ 170N10P 41 IXTQ 180N10T 37 IXTQ 200N10T 37 VIII IXTQ 450P2 47 IXTQ 460P2 47 IXTQ 470P2 47 IXTQ 480P2 47 IXTR 16P60P 54 IXTR 20P50P 54 IXTR 32P60P 54 IXTR 36P15P 54 IXTR 40P50P 54 IXTR 48P20P 54 IXTR 68P20T 55 IXTR 90P10P 54 IXTR 90P20P 54 IXTR 102N65X2 49 IXTR 120P20T 55 IXTR 140P10T 55 IXTR 170P10P 54 IXTR 200N10P 41 IXTR 210P10T 55 IXTT 02N450HV 3, 51 IXTT 1N250HV 3, 51 IXTT 1N300P3HV 3, 51 IXTT 1N450HV 3, 51 IXTT 2N170D2 53 IXTT 3N200P3HV 51 IXTT 4N150HV 3, 51 IXTT 6N IXTT 6N IXTT 10N100D2 53 IXTT 12N150HV 3, 51 IXTT 16N10D2 53 IXTT 16N20D2 53 IXTT 16N50D2 53 IXTT 16P60P 54 IXTT 20P50P 54 IXTT 26N50P 42 IXTT 26N60P 42 IXTT 30N50L2 52 IXTT 30N50P 42 IXTT 30N60L2 52 IXTT 30N60P 42 IXTT 34N65X2HV 49 IXTT 36N50P 42 IXTT 40N50L2 52 IXTT 48P20P 54 IXTT 52N30P 41 IXTT 60N20L2 52 IXTT 64N25P 41 IXTT 68P20T 55 IXTT 69N30P 41 IXTT 74N20P 41 IXTT 75N10L2 52 IXTT 82N25P 41 IXTT 88N30P 41 IXTT 90P10P 54 IXTT 96N15P 41 IXTT 96N20P 41 IXTT 100N25P 41 IXTT 110N10L2 52 IXTT 110N10P 41 IXTT 120N15P 41 IXTT 140N10P 41 IXTT 140P10T 55 IXTT 170N10P 41 IXTT 360N055T2 39 IXTT 440N055T2 39 IXTT 500N04T2 39 IXTU 01N IXTU 05N IXTX 4N300P3HV 51 IXTX 5N IXTX 6N200P3HV 51 IXTX 24N IXTX 32P60P 54 IXTX 40P50P 54 IXTX 60N50L2 52 IXTX 90N25L2 52 IXTX 90P20P 54 IXTX 102N65X2 49 IXTX 110N20L2 52 IXTX 120N65X2 49 IXTX 120P20T 55 IXTX 170P10P 54 IXTX 200N10L2 52 IXTX 210P10T 55 IXTX 550N055T2 39 IXTX 600N04T2 39 IXTY 01N IXTY 02N120P 42 IXTY 05N IXTY 08N100D2 53 IXTY 08N100P 42 IXTY 08N50D2 53 IXTY 1N100P 42 IXTY 1R4N100P 42 IXTY 1R6N100D2 53 IXTY 1R6N50D2 53 IXTY 2N100P 42 IXTY 2N65X2 49 IXTY 4N65X2 49 IXTY 8N65X2 49 IXTY 10P15T 55 IXTY 15P15T 55 IXTY 18P10T 55 IXTY 26P10T 55 IXTY 32P05T 55 IXTY 44N10T 37 IXTY 48P05T 55 IXTY 90N055T2 39 IXTZ 550N055T2 39 IXX 30N65C3HV 2, 17 IXX 50N60B3 17 IXXH 30N60B3 17 IXXH 30N60B3D1 17 IXXH 30N60C3 17 IXXH 30N60C3D1 17 IXXH 30N65B4 19 IXXH 40N65B4 19 IXXH 40N65B4H1 19 IXXH 50N60B3 17 IXXH 50N60B3D1 17 IXXH 50N60C3 17 IXXH 50N60C3D1 17 IXXH 60N65B4 19 IXXH 60N65B4H1 19 IXXH 60N65C4 19 IXXH 75N60B3 17 IXXH 75N60B3D1 17 IXXH 75N60C3 17 IXXH 75N60C3D1 17 IXXH 80N65B4 19 IXXH 80N65B4H1 19 IXXH 100N60B3 17 IXXH 100N60C3 17 IXXH 110N65C4 19 IXXK 100N60B3H1 17 IXXK 100N60C3H1 17 IXXK 110N65B4H1 19 IXXK 160N65B4 19 IXXK 160N65C4 19 IXXK 200N60B3 17 IXXK 200N60C3 17 IXXK 200N65B4 19 IXXK 300N60B3 17 IXXK 300N60C3 17 IXXN 100N60B3H1 17 IXXN 110N65B4H1 19 IXXN 110N65C4H1 19 IXXN 200N60B3 17 IXXN 200N60B3H1 17 IXXN 200N60C3H1 17 IXXP 50N60B3 17 IXXQ 30N60B3M 17 IXXR 100N60B3H1 17 IXXR 110N65B4H1 19 IXXX 100N60B3H1 17 IXXX 100N60C3H1 17 IXXX 110N65B4H1 19 IXXX 160N65B4 19 IXXX 160N65C4 19 IXXX 200N60B3 17 IXXX 200N60C3 17 IXXX 200N65B4 19 IXXX 300N60B3 17 IXXX 300N60C3 17 IXY 8N90C3D1 19 IXY 20N120C3HV 2, 20 IXY 20N65B3 18 IXY 20N65C3 18 IXY 50N65C3 18 IXYB 82N120C3H1 20 IXYF 30N IXYF 40N IXYH 20N120C3 20 IXYH 20N120C3D1 20 IXYH 20N65B3 18 IXYH 20N65C3 18 IXYH 24N90C3 19 IXYH 24N90C3D1 19 IXYH 30N120C3 20 IXYH 30N120C3D1 20 IXYH 30N450HV 24 IXYH 30N65B3D1 18 IXYH 30N65C3 18 IXYH 30N65C3H1 18 IXYH 40N120B3 20 IXYH 40N120B3D1 20 IXYH 40N120C3 20 IXYH 40N120C3D1 20 IXYH 40N65B3 18 IXYH 40N65B3D1 18 IXYH 40N65C3 18 IXYH 40N65C3D1 18 IXYH 40N65C3H1 18 IXYH 40N90C3 19 IXYH 40N90C3D1 19 IXYH 50N120C3 20 IXYH 50N120C3D1 20 IXYH 50N65C3 18 IXYH 50N65C3D1 18 IXYH 50N65C3H1 18 IXYH 60N90C3 19 IXYH 75N65C3 18 IXYH 75N65C3D1 18 IXYH 75N65C3H1 18 IXYH 80N90C3 19 IXYH 82N120C3 20 IXYH 100N65B3 18 IXYH 100N65C3 18 IXYH 120N65B3 18 IXYH 120N65C3 18 IXYJ 20N120C3D1 4, 20 IXYJ 30N120C3D1 4, 20 IXYK 100N120B3 20 IXYK 100N120C3 20 IXYK 100N65B3D1 18 IXYK 100N65C3D1 18 IXYK 120N120B3 20 IXYK 120N120C3 20 IXYK 140N90C3 19 IXYK 200N65B3 18 IXYL 60N IXYN 75N65C3D1 18 IXYN 80N90C3H1 19 IXYN 82N120C3 20 IXYN 82N120C3H1 20 IXYN 100N120C3 20 IXYN 100N120B3H1 20 IXYN 100N120C3H1 20 IXYN 100N IXYN 100N65B3D1 18 IXYN 100N65C3H1 18 IXYN 120N120C3 20 IXYN 120N65B3D1 18 IXYN 120N65C3D1 18 IXYP 8N90C3 19 IXYP 8N90C3D1 19 IXYP 10N65C3 18 IXYP 10N65C3D1 18 IXYP 10N65C3D1M 18 IXYP 15N65C3 18 IXYP 15N65C3D1 18 IXYP 15N65C3D1M 18 IXYP 20N120C3 20 IXYP 20N65B3 18 IXYP 20N65B3D1 18 IXYP 20N65C3D1 18 IXYP 20N65C3D1M 18 IXYP 30N120C3 20 IXYP 30N65C3 18 IXYP 50N65C3 18 IXYQ 30N65B3D1 18 IXYQ 40N65B3D1 18 IXYQ 40N65C3D1 18 IXYR 50N120C3D1 20

9 lphanumeric Index New Not for new design ² Under development IXYR 100N120C3 20 IXYT 20N120C3D1HV 3, 20 IXYT 30N450HV 3, 24 IXYT 30N65C3H1HV 3, 18 IXYT 80N90C3 19 IXYX 100N120B3 20 IXYX 100N120C3 20 IXYX 100N65B3D1 18 IXYX 100N65C3D1 18 IXYX 120N120B3 20 IXYX 120N120C3 20 IXYX 140N90C3 19 IXYX 200N65B3 18 IXYX 40N450HV 4, 24 IXYY 8N90C3 19 L LKK 47-06C5 56 M ² MCB 40P1200LB 8, 48 MCB 60I1200TZ 3, 48 MCC 19-08io1B 81 MCC 19-08io8B 81 MCC 19-12io1B 81 MCC 19-12io8B 81 MCC 19-14io1B 81 MCC 19-14io8B 81 MCC 19-16io1B 81 MCC 19-16io8B 81 MCC 21-08io8B 81 MCC 21-12io8B 81 MCC 21-14io8B 81 MCC 21-16io8B 81 MCC 26-08io1B 81 MCC 26-08io8B 81 MCC 26-12io1B 81 MCC 26-12io8B 81 MCC 26-14io1B 81 MCC 26-14io8B 81 MCC 26-16io1B 81 MCC 26-16io8B 81 MCC 44-08io1B 81 MCC 44-08io8B 81 MCC 44-12io1B 81 MCC 44-12io8B 81 MCC 44-14io1B 81 MCC 44-14io8B 81 MCC 44-16io1B 81 MCC 44-16io8B 81 MCC 44-18io1B 81 MCC 44-18io8B 81 MCC 56-08io1B 81 MCC 56-08io8B 81 MCC 56-12io1B 81 MCC 56-12io8B 81 MCC 56-14io1B 81 MCC 56-14io8B 81 MCC 56-16io1B 81 MCC 56-16io8B 81 MCC 56-18io1B 81 MCC 56-18io8B 81 MCC 72-08io1B 82 MCC 72-08io8B 82 MCC 72-12io1B 82 MCC 72-12io8B 82 MCC 72-14io1B 82 MCC 72-14io8B 82 MCC 72-16io1B 82 MCC 72-16io8B 82 MCC 72-18io1B 82 MCC 72-18io8B 82 MCC 94-20io1B 82 MCC 94-22io1B 82 MCC 94-24io1B 82 MCC 95-08io1B 82 MCC 95-08io8B 82 MCC 95-12io1B 82 MCC 95-12io8B 82 MCC 95-14io1B 82 MCC 95-14io8B 82 MCC 95-16io1B 82 MCC 95-16io8B 82 MCC 95-18io1B 82 MCC 95-18io8B 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 82 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCC io1 83 MCD 26-08io1B 78 MCD 26-08io8B 78 MCD 26-12io1B 78 MCD 26-12io8B 78 MCD 26-14io1B 78 MCD 26-14io8B 78 MCD 26-16io1B 78 MCD 26-16io8B 78 MCD 40-12io6 78 MCD 40-16io6 78 MCD 44-08io1B 78 MCD 44-08io8B 78 MCD 44-12io1B 78 MCD 44-12io8B 78 MCD 44-14io1B 78 MCD 44-14io8B 78 MCD 44-16io1B 78 MCD 44-16io8B 78 MCD 44-18io1B 78 MCD 44-18io8B 78 MCD 56-08io1B 78 MCD 56-08io8B 78 MCD 56-12io1B 78 MCD 56-12io8B 78 MCD 56-14io1B 78 MCD 56-14io8B 78 MCD 56-16io1B 78 MCD 56-16io8B 78 MCD 56-18io1B 78 MCD 56-18io8B 78 MCD 72-08io1B 79 MCD 72-08io8B 79 MCD 72-12io1B 79 MCD 72-12io8B 79 MCD 72-14io1B 79 MCD 72-14io8B 79 MCD 72-16io1B 79 MCD 72-16io8B 79 MCD 72-18io1B 79 MCD 72-18io8B 79 MCD 94-20io1B 79 MCD 94-22io1B 79 MCD 95-08io1B 79 MCD 95-08io8B 79 MCD 95-12io1B 79 MCD 95-12io8B 79 MCD 95-14io1B 79 MCD 95-14io8B 79 MCD 95-16io1B 79 MCD 95-16io8B 79 MCD 95-18io1B 79 MCD 95-18io8B 79 MCD io1 79 MCD io1 79 MCD io1 79 MCD io1 79 MCD io1 79 MCD io1 79 MCD io1 79 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCD io1 80 MCK io1 83 MCM 25P1200T 81 MCM 25P1600T 81 MCM 25PD1200TB 78 MCM 25PD1600TB 78 MCM 35P1200T 81 MCM 35P1600T 81 MCM 35PD1200TB 78 MCM 35PD1600TB 78 MCM 50P1200T 81 MCM 50P1600T 81 MCM 50PD1200TB 78 MCM 50PD1600TB 78 MCM 65P1200T 82 MCM 65P1600T 82 MCM 65P1800T 82 MCM 65PD1200TB 78 MCM 65PD1600TB 78 MCM 65PD1800TB 78 MCM 85P1200T 82 MCM 85P1600T 82 MCM 85P1800T 82 MCM 85PD1200TB 79 MCM 85PD1600TB 79 MCM 85PD1800TB 79 MCM 110P1200T 82 MCM 110P1600T 82 MCM 110P1600V 82 MCM 110P1800T 82 MCM 110PD1200TB 79 MCM 110PD1600TB 79 MCM 110PD1800TB 79 MCM 120UJ1800ED 93 MCM 140P1200T 82 MCM 140P1400T 82 MCM 140P1600T 82 MCM 140P1800T 82 MCM 140PD1200TB 79 MCM 140PD1600TB 79 MCM 140PD1800TB 79 MCM 200P1600S 83 MCM 200PD1600S 80 MCM 240UI1600ED 92 MCM 240UI1600PED 1, 92 MCM 245UI1600ED 92 MCM 260P1600Y 83 MCM 260P1800Y 83 MCM 260PD1600YB 80 MCM 260PD1800YB 80 MCM 265P1600K 83 MCM 265P1800K 83 MCM 265PD1600KB 80 MCM 265PD1800KB 80 MCM 650MT1400NKD 94 MCM 650MT1800NKD 94 MCM 700P1600C 83 MCM 700P1600NC 83 MCM 700P1800C 83 MCM 700P1800NC 83 MCM 700PD1600CB 80 MCM 700PD1800CB 80 MCN 40P2200T 81 MCN 40PD2200TB 78 MCN 55P2200T 82 MCN 55PD2200TB 78 MCN 75P2200T 82 MCN 75PD2200TB 79 MCN 95P2200T 82 MCN 95PD2200TB 79 MCN 120P2200T 82 MCN 120PD2200TB 79 MCN 120UI2200TED 92 MCN 150P2200Y 82 MCN 150PD2200YB 79 MCN 180P2200Y 82 MCN 180PD2200YB 80 MCN 220P2200Y 83 MCN 220PD2200YB 80 MCN 650P2200C 83 MCN 650PD2200CB 80 MCO 25-12io1 84 MCO 25-16io1 84 MCO 50-12io1 84 MCO 50-16io1 84 MCO 75-12io1 84 MCO 75-16io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MCO io1 84 MD 95-22N1B 76 MDD 26-08N1B 75 MDD 26-12N1B 75 MDD 26-14N1B 75 MDD 26-16N1B 75 MDD 26-18N1B 75 MDD 44-08N1B 75 MDD 44-12N1B 75 MDD 44-14N1B 75 MDD 44-16N1B 75 MDD 44-18N1B 75 MDD 56-08N1B 75 MDD 56-12N1B 75 MDD 56-14N1B 75 MDD 56-16N1B 75 IX

10 lphanumeric Index New Not for new design ² Under development MDD 56-18N1B 75 MDD 72-08N1B 75 MDD 72-12N1B 75 MDD 72-14N1B 75 MDD 72-16N1B 75 MDD 72-18N1B 75 MDD 95-08N1B 76 MDD 95-12N1B 76 MDD 95-14N1B 76 MDD 95-16N1B 76 MDD 95-18N1B 76 MDD 95-20N1B 76 MDD 95-22N1B 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 76 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDD N1 77 MDM 25P1200TG 75 MDM 25P1600TG 75 MDM 25P1800TG 75 MDM 35P1200TG 75 MDM 35P1600TG 75 MDM 35P1800TG 75 MDM 50P1200TG 75 MDM 50P1600TG 75 MDM 50P1800TG 75 MDM 60UC1600VC 93 MDM 65P1200TG 75 MDM 65P1600TG 75 MDM 65P1800TG 75 MDM 85P1200TG 75 MDM 85P1600TG 75 MDM 85P1800TG 75 MDM 110P1200TG 76 MDM 110P1600TG 76 MDM 110P1800TG 76 MDM 140P1200TG 76 MDM 140P1600TG 76 MDM 140P1800TG 76 MDM 180P1600YD 76 MDM 200P1600S 76 MDM 210P1600YD 76 MDM 210UB1600PTED 1, 92 MDM 240UB1600ED 92 MDM 280P1600YD 77 MDM 280UB1600PTED 1, 92 MDM 360UB1600PTED 1, 92 MDM 380P1600KC 77 MDM 380P1800KC 77 MDM 450U1600PTEH 91 MDM 450UB1600PTED 92 MDM 660U1600PTEH 1, 91 MDM 700P1600CC 77 MDM 700P1800CC 77 X MDM 900U1600PTEH 1, 91 MDN 25P2200TG 75 MDN 35P2200TG 75 MDN 50P2200TG 75 MDN 65P2200TG 75 MDN 85P2200TG 75 MDN 110P2200TG 76 MDN 140P2200TG 76 MDN 210UB2200PTED 92 MDN 240U2200ED 91 MDN 280UB2200PTED 92 MDN 360UB2200PTED 92 MDN 380P2200KC 77 MDN 660U2200PTEH 1, 91 MDN 700P2200CC 77 MDO N1 77 MDO N1 77 MDO N1 77 MDO N1 77 MDO N1 77 MDO N1 77 MDO N1 77 ME D 68 ME D 68 ME 75-12D 68 ME 95-06D 68 MEE 75-12D 68 MEE 95-06D 68 MEE D 68 MEE D 68 MEK 75-12D 68 MEK 95-06D 68 MEK D 68 MEK D 68 MEK D 68 MEK D 68 MEK D 68 MEO D 68 MEO D 68 MEO D 68 MIEB 100W1200DPFTEH 30 MIEB 101W1200DPFEH 30 MIEB 101W1200EH 30 ² MIT 150H1700TEH 33 ² MITH 100PF1700YI 34 ² MITH 100QF1700YI 34 ² MITH 100RF1700YI 34 ² MITH 120PF1200YI 34 ² MITH 120QF1200YI 34 ² MITH 120RF1200YI 34 ² MITH 125PF1700YI 34 ² MITH 125QF1700YI 34 ² MITH 125RF1700YI 34 ² MITH 175PF1200YI 34 ² MITH 175QF1200YI 34 ² MITH 175RF1200YI 34 ² MITH 200PF1700LP 34 ² MITH 200PF1700YI 34 ² MITH 200QF1700LP 34 ² MITH 200QF1700YI 34 ² MITH 200RF1700LP 34 ² MITH 200RF1700YI 34 ² MITH 225PF1200LP 34 ² MITH 225PF1200YI 34 ² MITH 225QF1200LP 34 ² MITH 225QF1200YI 34 ² MITH 225RF1200LP 34 ² MITH 225RF1200YI 34 ² MITH 250PF1700LP 34 ² MITH 250QF1700LP 34 ² MITH 250RF1700LP 34 ² MITH 300PF1200LP 34 ² MITH 300QF1200LP 34 ² MITH 300RF1200LP 34 ² MITH 350PF1700LP 34 ² MITH 350QF1700LP 34 ² MITH 350RF1700LP 34 ² MITH 450PF1200LP 34 ² MITH 450QF1200LP 34 ² MITH 450RF1200LP 34 MIX 10WB1200TED 27 MIX 20WB1200TED 27 MIX 20WB1200TMI 31 MIX 30W1200TED 29 MIX 30WB1200TED 27 MIX 30WB1200TMI 31 MIX 40W1200TED 29 ² MIX 40W1200TMI 31 MIX 40WB1200TED 27 MIX 50PM650TMI 31 ² MIX 50W650TED 29 MIX 50WB600TED 27 MIX 60HU1200V 34 MIX 60W1200TED 29 ² MIX 60W1200TMI 31 MIX 60WB1200TEH 28 MIX 60WH1200TEH 28 MIX 61H1200ED 33 ² MIX 75W650TED 29 MIX 80R1200V 34 MIX 80W1200TED 29 MIX 80W1200TEH 30 MIX 80WB1200TEH 28 MIX 81H1200EH 33 MIX 81WB1200TEH 28 MIX 100PF650YI 34 MIX 100PM650TMI 31 MIX 100W1200TEH 30 MIX 150Q1200V 34 MIX 150R1200V 34 MIX 150W1200TEH 30 MIX 225PF1200TSF 32 MIX 225RF1200TSF 32 MIX 300PF1200TSF 32 ² MIX 430LD1200TSF 32 MIX 450PF1200TSF 32 MIX 600PF650TSF 32 MIXB 52HR600DCGED 33 MIXB 52HR600ED 33 ² MIXD 80PM650TMI 31 ² MIXD 200W650TEH 30 ² MIXG 70W1200TED 29 ² MIXG 70WB1200TEH 28 ² MIXG 90W1200TED 29 ² MIXG 90WB1200TEH 28 ² MIXG 120W1200DPFTEH 30 MIXG 120W1200PTEH 1 ² MIXG 120W1200STEH 30 MIXG 120W1200TEH 30 MIXG 180W1200PTEH 1 ² MIXG 180W1200STEH 30 MIXG 180W1200TEH 30 ² MIXG 240W1200STEH 30 MIXG 240W1200PTEH 1 MIXG 240W1200TEH 30 ² MIXG 300PF1700TSF 32 ² MIXG 330PF1200STSF 32 MIXG 330PF1200TSF 32 ² MIXG 360PF1200TED 27 ² MIXG 450PF1700TSF 32 ² MIXG 450RF1700TSF 32 ² MIXG 490PF1200STSF 32 MIXG 490PF1200TSF 32 ² MIXG 660PF1200STSF 32 ² MIXG 660PF1200TSF 32 ² MIXG 660RF1200STSF 32 MKE 11R600DCGFC 13, 56, 58 MKE 38P600LB 8 MKE 38RK600DFELB 8, 58 ² MKG 17RK600DCGLB 58 ² MKG 40RK600LB 8, 58 ² MKH 17RP650DCGLB 8 ² MKH 22P650LB 8 MKH 24I650HR 4, 56 ² MKH 40P650LB 8 MKI 50-12F7 33 MKI T 33 MKI F8 33 MMIX 1B15N300C 9 MMIX 1B20N300C 9 MMIX 1F132N50P3 8 MMIX 1F160N30T 8 MMIX 1F180N25T 8 MMIX 1F210N30P3 8 MMIX 1F230N20T 8 MMIX 1F360N15T2 8 MMIX 1F40N110P 8 MMIX 1F420N10T 8 MMIX 1F44N100Q3 8 MMIX 1F520N075T2 8, 40 MMIX 1G120N1203V1 9 MMIX 1G75N250 9 MMIX 1H60N150V1 10 MMIX 1T132N50P3 48 MMIX 1T550N055T2 8, 40 MMIX 1T600N04T2 8, 40 MMIX 1X100N60B3H1 9 MMIX 1X200N60B3 9 MMIX 1X200N60B3H1 9 MMIX 1X340N65B4 9 MMIX 1Y100N120C3H1 9 MMIX 1Y82N120C3H1 9 MMIX 2F150N20T 8 MMIX 2F60N50P3 8 MMIX 2F94N30T 8 MMIX 4B22N300 9 MMIX 4G20N250 9 MMJX 1H40N MMO 62-12io6 94 MMO 62-16io6 94 MMO 74-12io6 94 MMO 74-16io6 94 MMO 90-12io6 94 MMO 90-14io6 94 MMO 90-16io6 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MMO io7 94 MPK 95-06D 68 MTC 120W55GC 11 MTC 120WX55GD 11 MTC 120WX75GD 11 ² MTC 840X75TGD 11 ² MTC 960X55TGD 11 MTI 85W100GC 11 MTI 145WX100GD 11 MTI 200WX75GD 11 MUBW MUBW 15-12T7 27 MUBW MUBW MUBW MUBW MUBW MUBW MUBW 50-12T8 28 MUBW 50-17T8 28 MUBW MUBW 75-12T8 28 MUBW 75-17T8 28 MWI MWI MWI T 29 MWI T 29 MWI 50-12T7T 29 MWI T 29 MWI MWI 75-12T7T 29 MWI MWI MWI MWI T8T 30 MWI U UGB 3132D 95 UGB 6124G 95 UGD 6123G 95 UGD 8124G 95 UGE 0221Y4 95 UGE 0421Y4 95 UGE 1112Y4 95 UGE 3126Y4 95 V VBE 17-06NO7 86

11 lphanumeric Index New Not for new design ² Under development VBE 17-12NO7 86 VBE 20-20NO1 86 VBE 26-06NO7 86 VBE 26-12NO7 86 VBE 55-06NO7 86 VBE 55-12NO7 86 VBE VBE VBE NO7 86 VBE NO7 86 VBO 13-08NO2 87 VBO 13-12O2 87 VBO 13-12NO2 87 VBO 13-16O2 87 VBO 13-16NO2 87 VBO 20-08NO2 87 VBO 20-12O2 87 VBO 20-12NO2 87 VBO 20-16O2 87 VBO 20-16NO2 87 VBO 21-08NO7 87 VBO 21-12NO7 87 VBO 22-08NO8 87 VBO 22-12NO8 87 VBO 22-16NO8 87 VBO 22-18NO8 87 VBO 25-08NO2 87 VBO 25-12O2 87 VBO 25-12NO2 87 VBO 25-16O2 87 VBO 25-16NO2 87 VBO 30-08NO7 87 VBO 30-12NO7 87 VBO 30-16NO7 87 VBO 30-18NO7 87 VBO 36-08NO8 87 VBO 36-12NO8 87 VBO 36-16NO8 87 VBO 36-18NO8 87 VBO 40-08NO6 87 VBO 40-12NO6 87 VBO 40-16NO6 87 VBO 50-08NO7 87 VBO 50-12NO7 87 VBO 50-16NO7 87 VBO 50-18NO7 87 VBO 52-08NO7 87 VBO 52-12NO7 87 VBO 52-16NO7 87 VBO 52-18NO7 87 VBO 54-08NO7 87 VBO 54-12NO7 87 VBO 54-16NO7 87 VBO 68-08NO7 87 VBO 68-12NO7 87 VBO 68-16NO7 87 VBO 72-08NO7 87 VBO 72-12NO7 87 VBO 72-16NO7 87 VBO 72-18NO7 87 VBO 78-08NO7 88 VBO 78-12NO7 88 VBO 78-16NO7 88 VBO 88-08NO7 88 VBO 88-12NO7 88 VBO 88-16NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VBO NO7 88 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VCO io7 84 VGB 0124Y7a 95 VGF 0136B 95 VGO 36-16io7 88 VHF 15-08io5 88 VHF 15-12io5 88 VHF 15-14io5 88 VHF 15-16io5 88 VHF 25-08io7 88 VHF 25-12io7 88 VHF 28-08io5 88 VHF 28-12io5 88 VHF 28-14io5 88 VHF 28-16io5 88 VHF 36-08io5 88 VHF 36-12io5 88 VHF 36-14io5 88 VHF 36-16io5 88 VHFD 16-08io1 88 VHFD 16-12io1 88 VHFD 16-16io1 88 VHFD 29-08io1 88 VHFD 29-12io1 88 VHFD 29-16io1 88 VHFD 37-08io1 88 VHFD 37-12io1 88 VHFD 37-16io1 88 VKM 40-06P1 57 VMM 90-09F 57 VMO F 57 VMO F 57 VMO F 57 VMO F 57 VTO 39-08ho7 93 VTO 39-12ho7 93 VUB 72-12NOXT 92 VUB 72-16NOXT 92 VUB NOXT 92 VUB NOX 92 VUB NOXT 92 VUB NO1 92 VUB NOXT 92 VUB NOX 92 VUB NOXT 92 VUC 36-12go2 93 VUC 36-16go2 93 VUE 22-06NO7 86 VUE 22-12NO7 86 VUE 30-20NO1 86 VUE 35-06NO7 86 VUE 35-12NO7 86 VUE 50-12NO1 86 VUE 75-06NO7 86 VUE 75-12NO7 86 VUE NO7 86 VUE NO7 86 VUI 30-12N1 58 VUI 72-16NOXT 92 VUM 24-05N 58 VUM 25-05E 58 VUM 33-05N 58 VUM 33-06PH 58 VUM VUO 22-08NO1 89 VUO 22-12NO1 89 VUO 22-14NO1 89 VUO 22-16NO1 89 VUO 22-18NO1 89 VUO 25-08NO8 89 VUO 25-12NO8 89 VUO 25-14NO8 89 VUO 25-16NO8 89 VUO 25-18NO8 89 VUO 28-08NO7 89 VUO 28-12NO7 89 VUO 30-08NO3 89 VUO 30-12NO3 89 VUO 30-14NO3 89 VUO 30-16NO3 89 VUO 30-18NO3 89 VUO 34-08NO1 89 VUO 34-12NO1 89 VUO 34-14NO1 89 VUO 34-16NO1 89 VUO 34-18NO1 89 VUO 35-08NO7 89 VUO 35-12NO7 89 VUO 35-14NO7 89 VUO 35-16NO7 89 VUO 35-18NO7 89 VUO 36-08NO8 89 VUO 36-12NO8 89 VUO 36-14NO8 89 VUO 36-16NO8 89 VUO 36-18NO8 89 VUO 50-08NO3 89 VUO 50-12NO3 89 VUO 50-14NO3 89 VUO 50-16NO3 89 VUO 50-18NO3 89 VUO 52-08NO1 89 VUO 52-12NO1 89 VUO 52-14NO1 89 VUO 52-16NO1 89 VUO 52-18NO1 89 VUO 52-20NO1 89 VUO 52-22NO1 89 VUO 55-12NO7 90 VUO 55-14NO7 90 VUO 55-16NO7 90 VUO 55-18NO7 90 VUO 60-12NO3 90 VUO 60-14NO3 90 VUO 60-16NO3 90 VUO 60-18NO3 90 VUO 62-08NO7 90 VUO 62-12NO7 90 VUO 62-14NO7 90 VUO 62-16NO7 90 VUO 62-18NO7 90 VUO 64-16NO7 90 VUO 68-08NO7 90 VUO 68-12NO7 90 VUO 68-14NO7 90 VUO 68-16NO7 90 VUO 70-16NO7 90 VUO 80-08NO1 90 VUO 80-12NO1 90 VUO 80-14NO1 90 VUO 80-16NO1 90 VUO 80-18NO1 90 VUO 82-08NO7 90 VUO 82-12NO7 90 VUO 82-14NO7 90 VUO 82-16NO7 90 VUO 82-18NO7 90 VUO 84-16NO7 90 VUO 86-08NO7 90 VUO 86-12NO7 90 VUO 86-14NO7 90 VUO 86-16NO7 90 VUO 98-08NO7 90 VUO 98-12NO7 90 VUO 98-14NO7 90 VUO 98-16NO7 90 VUO NO7 90 VUO NO7 90 VUO NO7 90 VUO NO7 90 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO2T 91 VUO NO2T 91 VUO NO1 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VUO NO7 91 VVZ io7 93 VVZ io7 93 VVZ io7 93 VVZ 39-08ho7 93 VVZ 39-12ho7 93 VVZ 40-12io1 93 VVZ 40-16io1 93 VVZB ioX 92 VVZB ioXT 92 VVZB ioXT 92 VVZF 70-16io7 93 VW 2x60-12io1 94 VW 2x60-14io1 94 VW 2x60-16io1 94 VWO 35-08ho7 94 VWO 35-12ho7 94 IXYS ICD C CPC CPC CPC1706Y 99 CPC1708J 99 CPC1709J 99 CPC1718J 99 CPC1726Y 99 CPC1727J 99 CPC1777J 99 CPC1779J 99 CPC1786J 99 CPC1788J 99 CPC1906Y 99 CPC1907B 99 CPC1908J 99 CPC1909J 99 CPC1916Y 99 CPC1918J 99 CPC1926Y 99 CPC1927J 99 CPC CPC1945G 100 CPC1945Y 100 CPC CPC CPC1964B 100 CPC1964BX6 100 CPC1964G 100 CPC1964Y 100 CPC1965G 100 CPC1965Y 100 CPC CPC1966B 100 CPC1966YX6 100 CPC1967J 99 CPC1968J 99 CPC CPC1973Y 99 CPC CPC1976YX6 100 CPC1977J 99 CPC1978J 99 CPC1979J 99 CPC1981Y 99 CPC1983B 99 CPC1983Y 99 CPC1983YE 99 CPC1986J 99 CPC1988J 99 CPC1998J 100 CPC CPC CPC CPC CPC XI

12 lphanumeric Index New Not for new design ² Under development CPC CPC CPC CPC CPC CPC CPC CPC40055ST 100 CPC44055ST 100 CPC CPC F FD FD I IX IX IX IX IX IX IX IX IX IX IX IX IX IXD_602 family 101 IXD_604 family 101 IXD_609 family 101 IXD_614 family 101 IXD_630 family 101 IXD_630M family 101 L LOC LOC LOC LOC LOC LOC P PD PD PD PM PM PM PS PS PS IXYS UK 0516YC YC NC NC C C0044BG400SB 135 C0044BG400SBB 135 C0044BG400SBC 135 C0044BG400SBD 135 C0044BG400SBE 135 C0044BG400SBF 135 C0044BG400SBG 135 C0044BG400SBH 135 C0044BG400SBJ 135 C0044BG400SBK 135 C0044BG400SBL 135 C0044BG400SBM 135 C0044BG400SBN 135 C0044BG400SBP 135 C0044BG400SBQ 135 C0044BG400SBR 135 C0044BG400SBS 135 C0044BG400SBT 135 C0044BG400SBV 135 E E0170YH40C 117 E0170YH45C 117 E0280YH20C 117 E0280YH25C 117 E0330MF65F 117 E0460QC40C 117 XII E0460QC45C 117 E0660NC40C 117 E0660NC45C 117 E0660NH40C 117 E0660NH45C 117 E0770HF65F 117 E0800QC20C 117 E0800QC25C 117 E1000TF65F 117 E1200NC20C 117 E1200NC25C 117 E1200NH20C 117 E1200NH25C 117 E1300VF40C 117 E1300VF45C 117 E1375EF65F 117 E1500NC36P 117 E1500NC42P 117 E1500NC48P 117 E1500NH36P 117 E1500NH42P 117 E1500NH48P 117 E2060FF65F 117 E2250VF20C 117 E2250VF25C 117 E2400TC40C 117 E2400TC45C 117 E4000TC20C 117 E4000TC25C 117 E50.N15-254N5W 158 E50.N15-293NTW 158 E50.N15-304NTW 158 E50.N15-603NTW 158 E50.N23-104NTW 158 E50.N23-503NTW 158 E50.N25-564NTW 158 E50.R16-114NTW 158 E50.R16-554NTW 158 E50.R16-573NTW 158 E50.R23-174NTW 158 E50.R23-824NTW 158 E50.R23-863NTW 158 E50.R29-114NTW 158 E50.R29-115NTW 158 E50.R29-224NTW 158 E50.R34-144NTW 158 E50.R34-145NTW 158 E50.R34-284NTW 158 E50.S29-164NTW 158 E50.S29-165NTW 158 E50.S29-314NTW 158 E50.S34-205NTW 158 E50.S34-394NTW 158 E53.H59-102T1W 157 E53.H59-123T1W 157 E53.H59-152T1W 157 E53.H59-153T1W 157 E53.H59-252T1W 157 E53.H59-303T1W 157 E53.H59-332T1W 157 E53.H59-333T1W 157 E53.H59-471T1W 157 E53.H59-472T1W 157 E53.H59-503T1W 157 E53.H59-802T1W 157 E53.M59-103T2W 157 E53.M59-163T2W 157 E53.M59-252T2W 157 E53.M59-253T2W 157 E53.M59-332T2W 157 E53.M59-602T2W 157 E53.M59-802T2W 157 E53.N51-303H1W 157 E53.N51-383H1W 157 E53.N51-503H1W 157 E53.N68-403H1W 157 E53.N68-503H1W 157 E53.P59-103T2W 157 E53.P59-143T2W 157 E53.P59-163T2W 157 E53.P59-303T2W 157 E53.P59-402T2W 157 E53.P59-503T2W 157 E53.P59-682T2W 157 E53.P59-752T2W 157 E53.Q59-103T2W 157 E53.Q59-143T2W 157 E53.Q59-153T2W 157 E53.Q59-183T2W 157 E53.Q59-223T2W 157 E53.Q59-403T2W 157 E53.Q59-502T2W 157 E53.Q59-602T2W 157 E53.Q59-802T2W 157 E53.R11-302T21W 157 E53.R11-402T2W 157 E53.R60-123T2W 157 E53.R60-183T2W 157 E53.R60-243T2W 157 E53.R60-333T2W 157 E53.R60-503T2W 157 E53.R60-702T2W 157 F F0240YC F0240YC F0240YH F0240YH F0300WC F0300WC F0800LC F0800LC F0900VC F0900VC F0900VF F0900VF F1000LC F1000LC F1300NC45P 116 F1300NC50P 116 F1300NC55P 116 F1300NH45P 116 F1300NH50P 116 F1300NH55P 116 F1400NC F1400NC F1400ND F1400ND F1500NC F1500NC F1600NC F1600NC G G1000NC G1000QC G1000QC G2000HF G2000HF G2500HF G3000TF G3000TF G4000EF H H0500KC H0500KC20Y 133 H0500KC25D 133 H0500KC25Y 133 H0700KC H0700KC14Y 133 H0700KC17D 133 H0700KC17Y 133 H1200NC H1200NC20Y 133 H1200NC25D 133 H1200NC25Y 133 K K0445LG K0445LG K0500LC K0500LC K0560QE K0560QE K0625Q K0625Q K0890NC K0890NC K0900ME K0900ME K1000M K1000M K1000ME K1000ME K1010M K1010M K1120NC K1120NC K1120NG K1120NG K1121NC K1121NC K1197NC K1197NC K1495HE K1495HE K1670H K1670H K1947ZC K1947ZC K1947ZD K1947ZD K2065VC K2065VC K2065VF K2065VF K2085TE K2085TE K2095ZC K2095ZC K2095ZD K2095ZD K2325TJ K2325TJ K2359TC K2359TC K2359TD K2359TD K2960TC K2960TC K2960TC K2960TD K2960TD K2960TD K2973FC K2973FC K2973FD K2973FD K3362TC K3362TC K3362TD K3362TD K3503FC K3503FC K3503FC K3503FD K3503FD K3503FD L L0001HC600XXX 148 L0001NC600XXX 148 L0001QC600XXX 148 L0001TC600XXX 148 L0001YC600XXX 148 L0001ZF600XXX 148 M M0130RL M0130RL M0130RM M0130RM M0130SL M0130SL M0130SM M0130SM M0139RL M0139RL M0139RM M0139RM M0139SL M0139SL M0139SM M0139SM M0225YH M0225YH M0268RC M0268RC M0268RJ M0268RJ

13 lphanumeric Index New Not for new design ² Under development M0268SC M0268SC M0268SJ M0268SJ M0280RC M0280RC M0280RJ M0280RJ M0280SC M0280SC M0280SJ M0280SJ M0310YH M0310YH M0334RC M0334RC M0334RJ M0334RJ M0334SC M0334SC M0334SJ M0334SJ M0336R M0336R M0336S M0336S M0347WC M0347WC M0358WC M0358WC M0367WC M0367WC M0371YH M0371YH M0433WC M0433WC M0433WC M0437WC M0437WC M0588LC M0588LC M0659LC M0659LC M0710LC M0710LC M0736LC M0736LC M0759YC M0759YC M0759YH M0759YH M0790YC M0790YC M0790YH M0790YH M0859LC M0859LC M0863LC M0863LC M0863LC M0872LC M0872LC M0872LC M0914LC M0914LC M0955LC M0955LC M1010NC M1010NC M1010ND M1010ND M1022LC M1022LC M1022LC M1080LC M1080LC M1102NC M1102NC M1102ND M1102ND M1104NC M1104NC M1104ND M1104ND M1163NC M1163NC M1163ND M1163ND M1242NC M1242NC M1242ND M1242ND M1494NC M1494NC M1494ND M1494ND M1502NC M1502NC M1502ND M1502ND M1565VC M1565VC M1565VC M1565VF M1565VF M1565VF M1583VC M1583VC M1583VF M1583VF M1609NC M1609NC M1609ND M1609ND M1858NC M1858NC M1858ND M1858ND M2273VC M2273VC M2273VF M2273VF M2322ZC M2322ZC M2322ZD M2322ZD M2408NC M2408NC M2408ND M2408ND M2413VC M2413VC M2413VF M2413VF M2639ZC M2639ZC M2639ZD M2639ZD M2698ZC M2698ZC M2698ZC M2698ZD M2698ZD M2698ZD M2837VC M2837VC M2837VF M2837VF M3770ZC M3770ZC M3770ZC M3770ZD M3770ZD M3770ZD MC600-22io1W 140 MC700-14io1W 140 MC700-18io1W 140 MCC160-30io3 136 MCC160-36io3 136 MCC220-28io3 136 MCC265-24io3 136 MCC320-30io2 136 MCC320-36io2 136 MCC325-14io3 136 MCC325-18io3 136 MCC380-28io2 136 MCC431-20io2 136 MCC431-22io2 136 MCC431-24io2 136 MCC500-14io1 136 MCC500-18io1 136 MCC500-22io1 136 MCC500-30io7 136 MCC500-36io7 136 MCC501-12io2 136 MCC501-14io2 136 MCC501-16io2 136 MCC501-18io2 136 MCC552-12io2 136 MCC552-14io2 136 MCC552-16io2 136 MCC580-28io7 136 MCC600-22io1W 140 MCC650-24io7 136 MCC700-14io1W 140 MCC700-18io1W 140 MCC720-14io7 136 MCC720-18io7 136 MCD160-14io3 137 MCD160-18io3 137 MCD220-28io3 137 MCD265-24io3 137 MCD320-30io2 137 MCD320-36io2 137 MCD325-14io3 137 MCD325-18io3 137 MCD380-28io2 137 MCD431-20io2 137 MCD431-22io2 137 MCD431-24io2 137 MCD500-14io1 137 MCD500-18io1 137 MCD500-22io1 137 MCD500-30io7 137 MCD500-36io7 137 MCD501-12io2 137 MCD501-14io2 137 MCD501-16io2 137 MCD501-18io2 137 MCD552-12io2 137 MCD552-14io2 137 MCD552-16io2 137 MCD580-28io7 137 MCD600-22io1W 140 MCD650-24io7 137 MCD700-14io1W 140 MCD700-18io1W 140 MCD720-14io7 137 MCD720-18io7 137 MCK500-14io1 136 MCK500-18io1 136 MCK500-22io1 136 MCK600-22io1W 140 MCK700-14io1W 140 MCK700-18io1W 140 MCO560-30io1 136 MCO560-36io1 136 MCO635-28io1 136 MCO741-22io1 136 MCO801-14io1 136 MCO801-18io1 136 MCR500-30io7 136 MCR500-36io7 136 MCR580-28io7 136 MCR650-24io7 136 MCR720-14io7 136 MCR720-18io7 136 MD N2 138 MD N2 138 MD N2 139 MD N2 139 MD N2 139 MD N7 139 MD N7 139 MD N7 139 MD275-30N3 138 MD275-36N3 138 MD410-24N3 138 MD410-28N3 138 MD510-14N3 138 MD510-18N3 138 MD600-14N1 138 MD600-18N1 138 MD600-22N1 138 MD630-30N2 138 MD630-36N2 138 MD950-14N1W 140 MD950-18N1W 140 MD950-22N1W 140 MDC160-14io3 137 MDC160-18io3 137 MDC220-28io3 137 MDC265-24io3 137 MDC320-30io2 137 MDC320-36io2 137 MDC325-14io3 137 MDC325-18io3 137 MDC380-28io2 137 MDC431-20io2 137 MDC431-22io2 137 MDC431-24io2 137 MDC500-14io1 137 MDC500-18io1 137 MDC500-22io1 137 MDC500-30io7 137 MDC500-36io7 137 MDC501-12io2 137 MDC501-14io2 137 MDC501-16io2 137 MDC501-18io2 137 MDC552-12io2 137 MDC552-14io2 137 MDC552-16io2 137 MDC580-28io7 137 MDC600-22io1W 140 MDC650-24io7 137 MDC700-14io1W 140 MDC700-18io1W 140 MDC720-14io7 137 MDC720-18io7 137 MDD N2 138 MDD N2 138 MDD N2 138 MDD N2 138 MDD N2 138 MDD N7 139 MDD N7 139 MDD N7 139 MDD275-30N3 138 MDD275-36N3 138 MDD410-24N3 138 MDD410-28N3 138 MDD510-14N3 138 MDD510-18N3 138 MDD600-14N1 138 MDD600-18N1 138 MDD600-22N1 138 MDD630-30N2 138 MDD630-36N2 138 MDD950-14N1W 140 MDD950-18N1W 140 MDD950-22N1W 140 MDK N2 138 MDK N2 138 MDK N2 139 MDK N2 139 MDK N2 139 MDK N7 139 MDK N7 139 MDK N7 139 MDK275-30N3 138 MDK275-36N3 138 MDK410-24N3 138 MDK410-28N3 138 MDK510-14N3 138 MDK510-18N3 138 MDK600-14N1 138 MDK600-18N1 138 MDK600-22N1 138 MDK630-30N2 138 MDK630-36N2 138 MDK950-14N1W 140 MDK950-18N1W 140 MDK950-22N1W 140 MDO N1 139 MDO N1 139 MDO N1 139 MDO N1 139 MDO N1 139 N XIII

14 lphanumeric Index New Not for new design ² Under development N0180SH N0180SH N0335SC N0335SC N0416SC N0416SC N0465WN N0465WN N0530YN N0530YN N0616LC N0616LC N0634LC N0634LC N0646LC N0646LC N0795YN N0795YN N0882NC N0882NC N0910LC N0910LC N1010NC N1010NC N1075LN N1132NC N1132NC N1140LN N1159NC N1159NC N1174JK N1174JK N1263JK N1263JK N1351VC N1351VC N1351VF N1351VF N1366JK N1366JK N1366JK N1449QL N1449QL N1467NC N1467NC N1547NC N1547NC N1581QL N1581QL N1651QK N1651QK N1661VC N1661VC N1661VF N1661VF N1718NC N1718NC N1718NC N1725MC N1725MC N1802NC N1802NC N1806QK N1806QK N1817QL N1817QL N1817QL N2015ML N2015ML N2055MC N2055MC N2083QK N2083QK N2083QK N2086NC N2086NC N2154JK N2154JK N2154JK N2172ZC N2172ZC N2172ZD N2172ZD N2191ML N2191ML XIV N2293VC N2293VC N2293VF N2293VF N2367MK N2367MK N2418ZC N2418ZC N2418ZD N2418ZD N2500VC N2500VC N2500VF N2500VF N2520ML N2520ML N2520ML N2543ZC N2543ZC N2543ZD N2543ZD N2593MK N2593MK N2600MC N2600MC N2825TE N2825TE N2825TJ N2825TJ N2830HE N2830HE N2900QL N2900QL N2900QL N3012ZC N3012ZC N3012ZD N3012ZD N3022MK N3022MK N3022MK N3029ZC N3029ZC N3029ZD N3029ZD N3165H N3165H N3175HE N3175HE N3229QK N3229QK N3229QK N3533ZC N3533ZC N3533ZD N3533ZD N3565H N3565H N3597ML N3597ML N3597ML N3790TE N3790TE N3790TJ N3790TJ N3839TC N3839TC N3839TD N3839TD N3880ZD N3880ZD N3904HK N3904HK N3930ZC N3930ZC N3930ZD N3930ZD N4085ZC N4085ZC N4085ZD N4085ZD N4151FC N4151FC N4151FD N4151FD N4316MK N4316MK N4316MK N4340TE N4340TE N4340TJ N4340TJ N4472HK N4472HK N4803FC N4803FC N4803FD N4803FD N5177FC N5177FC N5177FD N5177FD N5946FC N5946FC N5946FD N5946FD N6012ZD N6012ZD N6012ZD N6974HK N6974HK N6974HK P P0128SH10C 125 P0128SH10D 125 P0128SH10E 125 P0128SH12C 125 P0128SH12D 125 P0128SH12E 125 P0128SJ10C 125 P0128SJ10D 125 P0128SJ10E 125 P0128SJ12C 125 P0128SJ12D 125 P0128SJ12E 125 P0248SC12D 125 P0248SC12E 125 P0273SC12D 125 P0273SC12E 125 P0273SC12F 125 P0295WC12D 126 P0295WC12E 126 P0306SC P0306SC08B 125 P0306SC08C 125 P0311SC12E 125 P0311SC12F 125 P0327WC08C 126 P0327WC08D 126 P0327WC08E 126 P0327WC08F 126 P0327WC12C 126 P0327WC12D 126 P0327WC12E 126 P0327WC12F 126 P0330SC P0330SC04C 125 P0330SC P0330SC06C 125 P0330SC P0330SC08C 125 P0366WC P0366WC04B 126 P0366WC04C 126 P0366WC P0366WC06B 126 P0366WC06C 126 P0366WC P0366WC08B 126 P0366WC08C 126 P0367WC12E 126 P0367WC12F 126 P0389WC04B 126 P0389WC04C 126 P0389WC08B 126 P0389WC08C 126 P0431SC04B 125 P0431SC04C 125 P0431SC06B 125 P0431SC06C 125 P0515WC04B 126 P0515WC04C 126 P0515WC04D 126 P0515WC06B 126 P0515WC06C 126 P0515WC06D 126 P0838LC06B 126 P0838LC06C 126 P0848YC04B 126 P0848YC04C 126 P0848YC06B 126 P0848YC06C 126 P1007LC08D 126 P1007LC08E 126 P1007LC08F 126 P1007LC12D 126 P1007LC12E 126 P1007LC12F 126 R R0472YC12E 127 R0472YC12F 127 R0472YC16E 127 R0472YC16F 127 R0487YC12D 127 R0487YC12E 127 R0487YC14D 127 R0487YC14E 127 R0577YC12C 127 R0577YC12D 127 R0577YC12E 127 R0633YC12D 127 R0633YC12E 127 R0633YC12F 127 R0717LC14G 127 R0717LC18G 127 R0736LC20J 127 R0736LC20K 127 R0736LC22J 127 R0736LC22K 127 R0736LC25J 127 R0736LC25K 127 R0736LC25L 127 R0736LC25M 127 R0809LC R0809LC10B 127 R0830LC12C 127 R0830LC12D 127 R0830LC12E 127 R0830LC12F 127 R0830LC14C 127 R0830LC14D 127 R0830LC14E 127 R0830LC14F 127 R0878LC18K 127 R0878LC18L 127 R0878LC18M 127 R0878LC20K 127 R0878LC20L 127 R0878LC20M 127 R0878LC21K 127 R0878LC21L 127 R0878LC21M 127 R0929LC R0929LC10B 127 R0929LC10C 127 R0929LC R0929LC12B 127 R0929LC12C 127 R0929LC12D 127 R0929LC12E 127 R0964LC10C 127 R0964LC10D 127 R0964LC10E 127 R0964LC12C 128 R0964LC12D 128 R0964LC12E 128 R0990LC R0990LC08B 128 R0990LC08C 128 R1124NC18J 128 R1124NC18K 128 R1124NC18L 128 R1124NC18M 128 R1124NC20J 128 R1124NC20K 128

15 lphanumeric Index New Not for new design ² Under development R1124NC20L 128 R1124NC20M 128 R1124NC21J 128 R1124NC21K 128 R1124NC21L 128 R1124NC21M 128 R1127NC32P 128 R1127NC32R 128 R1127NC32S 128 R1127NC32T 128 R1127NC34R 128 R1127NC34S 128 R1127NC34T 128 R1127NC36R 128 R1127NC36S 128 R1127NC36T 128 R1158NC26N 128 R1158NC26P 128 R1158NC26T 128 R1178NC14E 128 R1178NC14F 128 R1178NC14G 128 R1211NC12C 128 R1211NC12D 128 R1211NC12E 128 R1271NC12B 128 R1271NC12C 128 R1271NC12D 128 R1271NC12E 128 R1275NC18J 128 R1275NC18K 128 R1275NC18L 128 R1275NC18M 128 R1275NC20J 128 R1275NC20K 128 R1275NC20L 128 R1275NC20M 128 R1275NC21J 128 R1275NC21K 128 R1275NC21L 128 R1275NC21M 128 R1279NC22J 128 R1279NC22K 128 R1279NC22L 128 R1279NC22M 128 R1279NC25J 128 R1279NC25K 128 R1279NC25L 128 R1279NC25M 128 R1280NC21J 129 R1280NC21K 129 R1280NC21L 129 R1280NC21M 129 R1280NC22J 129 R1280NC22K 129 R1280NC22L 129 R1280NC22M 129 R1280NC25J 129 R1280NC25K 129 R1280NC25L 129 R1280NC25M 129 R1331NC10B 129 R1331NC10C 129 R1331NC10D 129 R1331NC12B 129 R1331NC12C 129 R1331NC12D 129 R1446NC12C 129 R1446NC12D 129 R1446NC12E 129 R1446NC12F 129 R1448NC14H 129 R1448NC14J 129 R1448NC18H 129 R1448NC18J 129 R1448NC20H 129 R1448NC20J 129 R1448NC20K 129 R1448NC20L 129 R1448NC20M 129 R1700MC18E 129 R1700MC18F 129 R1700MC18G 129 R1700MC18H 129 R1700MC18J 129 R1700MC21E 129 R1700MC21F 129 R1700MC21G 129 R1700MC21H 129 R1700MC21J 129 R1955MC14D 129 R1955MC14E 129 R1955MC14F 129 R1955MC16D 129 R1955MC16E 129 R1955MC16F 129 R2075MC R2075MC12B 129 R2075MC12C 129 R2475ZC28M 129 R2475ZC28N 129 R2475ZC28R 129 R2475ZD28M 130 R2475ZD28N 130 R2475ZD28R 130 R2619ZC18J 130 R2619ZC18K 130 R2619ZC18L 130 R2619ZC20J 130 R2619ZC20K 130 R2619ZC20L 130 R2619ZC21J 130 R2619ZC21K 130 R2619ZC21L 130 R2619ZC25J 130 R2619ZC25K 130 R2619ZC25L 130 R2619ZD18J 130 R2619ZD18K 130 R2619ZD18L 130 R2619ZD20J 130 R2619ZD20K 130 R2619ZD20L 130 R2619ZD21J 130 R2619ZD21K 130 R2619ZD21L 130 R2619ZD25J 130 R2619ZD25K 130 R2619ZD25L 130 R2620ZC22J 130 R2620ZC22K 130 R2620ZC22L 130 R2620ZC25J 130 R2620ZC25K 130 R2620ZC25L 130 R2620ZD22J 130 R2620ZD22K 130 R2620ZD22L 130 R2620ZD25J 130 R2620ZD25K 130 R2620ZD25L 130 R2714ZC14H 130 R2714ZC14J 130 R2714ZC14K 130 R2714ZC18H 130 R2714ZC18J 130 R2714ZC18K 130 R2714ZD14H 130 R2714ZD14J 130 R2714ZD14K 130 R2714ZD18H 130 R2714ZD18J 130 R2714ZD18K 130 R3047TC24K 130 R3047TC24L 130 R3047TC24M 130 R3047TC24N 130 R3047TC28K 131 R3047TC28L 131 R3047TC28M 131 R3047TC28N 131 R3047TD24K 131 R3047TD24L 131 R3047TD24M 131 R3047TD24N 131 R3047TD28K 131 R3047TD28L 131 R3047TD28M 131 R3047TD28N 131 R3370ZC12C 131 R3370ZC12D 131 R3370ZC12E 131 R3559TC16K 131 R3559TC16M 131 R3559TC16N 131 R3559TC20K 131 R3559TC20M 131 R3559TC20N 131 R3559TD16K 131 R3559TD16M 131 R3559TD16N 131 R3559TD20K 131 R3559TD20M 131 R3559TD20N 131 R3636EC16K 131 R3636EC16M 131 R3636EC16N 131 R3636EC20K 131 R3636EC20M 131 R3636EC20N 131 R3708FC45V 131 R3708FC45W 131 R3708FD45V 131 R3708FD45W 131 R3968FC24K 131 R3968FC24M 131 R3968FC24N 131 R3968FC28K 131 R3968FC28M 131 R3968FC28N 131 R3968FD24K 131 R3968FD24M 131 R3968FD24N 131 R3968FD28K 131 R3968FD28M 131 R3968FD28N 131 S S0300SR12Y 133 S0500KC S0500KC20Y 133 S0500KC25D 133 S0500KC25Y 133 S0500YC20Y 133 S0500YC25Y 133 S0700KC S0700KC14Y 133 S0700KC17D 133 S0700KC17Y 133 S1000NC S1000NC30Y 133 S1000NC36D 133 S1000NC36Y 133 S1200NC S1200NC20Y 133 S1200NC25D 133 S1200NC25Y 133 SXB11987HEX 144 SXB1265FB 144 SXB1375B 144 SXB1645FB 144 SXB1764FG 144 SXB1920G 144 SXB2096B 144 SXB2167FB 144 SXB2324FG 144 SXB2939G 144 SXB3120FG 144 SXB3442B 144 SXB3529HEXT 144 SXB3840HEX 144 SXB4264B 144 SXB4649HEXT 144 SXB4869G 144 SXB5877HEX 144 SXB5993G 144 SXB6240HEXT 144 SXB9737HEX 144 SXC1076FB 147 SXC1195FR 147 SXC1318FB 147 SXC1464FR 147 SXC1517FG 147 SXC1609FB 147 SXC1788FR 147 SXC1871FG 147 SXC2319FG 147 SXF30xxxxN 155 SXF46xxxxN 155 SXFLPxxxxN 155 T T0160NB T0240NB45E 134 T0258HF65G 134 T0340VB45G 134 T0360ND T0385HF65E 134 T0500ND25E 134 T0510VB45E 134 T0570VD25G 134 T0600F65G 134 T0600TB T0800EB45G 134 T0800TB45E 134 T0850VD25E 134 T0900F65E 134 T0900DF T0900EB T1200EB45E 134 T1200TD T1290BF T1375DF65E 134 T1500TD25E 134 T1600GB45G 134 T1800GB T1890BF65E 134 T2250D25E 134 T2400GB45E 134 W W0428RE W0428RE W0428RE W0428RF W0428RF W0428RF W0428SE W0428SE W0428SE W0428SF W0428SF W0428SF W0503RC W0503RC W0503RC W0503SC W0503SC W0503SC W0507YH W0507YH W0642WC W0642WC W0642WC W0735R W0735R W0735S W0735S W0944WC W0944WC W1032LC W1032LC W1032LC W1074YC W1074YC W1074YC W1074YH W1074YH W1074YH W1185LC W1185LC W1185LC W1185LC450KBN 149 W1185LC450KBR 149 W1185LC450KCN 149 W1185LC450KCR 149 W1263YC W1263YC W1263YC XV

16 lphanumeric Index New Not for new design ² Under development W1263YH W1263YH W1263YH W1411LC W1411LC W1411LC360KBN 149 W1411LC360KBR 149 W1411LC360KCN 149 W1411LC360KCR 149 W1520NC W1520NC W1524LC W1524LC W1524LC300KBN 149 W1524LC300KBR 149 W1524LC300KCN 149 W1524LC300KCR 149 W1748LC W1748LC W1748LC220KBN 149 W1748LC220KBR 149 W1748LC220KCN 149 W1748LC220KCR 149 W1748LC W2054NC W2054NC W2058LC W2058LC W2058LC120KBN 149 W2058LC120KBR 149 W2058LC120KCN 149 W2058LC120KCR 149 W2058LC W2115MC W2115MC W2115MC W2134NC W2134NC W2820VC W2820VC W2820VF W2820VF W2899MC W2899MC W3082MC W3082MC W3082MC450KDN 149 W3082MC450KDR 149 W3128VC W3128VC W3128VF W3128VF W3270NC W3270NC W3270NC W3270NC W3305QK W3305QK W3455QK W3455QK W3477MC W3477MC W3477MC W3697VC W3697VC W3697VF W3697VF W3708MC W3708MC W3708MC W3708MC350KDN 149 W3708MC350KDR 149 W3743ZC W3743ZC W3743ZC W3743ZD W3743ZD W3743ZD W3841VC W3841VC W3841VF W3841VF W3842MC W3842MC W3842MC280KDN 149 XVI W3842MC280KDR 149 W3864QK W3864QK W3864QK W4096ZC W4096ZC W4096ZD W4096ZD W4205TE W4205TE W4205TE W4205TJ W4205TJ W4205TJ W4534NC W4534NC W4693QK W4693QK W4693QR W4693QR W4713HL W4713HL W4713HM W4713HM W4767MC W4767MC W5092ZC W5092ZC W5092ZD W5092ZD W5130MK W5130MK W5139TE W5139TE W5139TJ W5139TJ W5282ZC W5282ZC W5282ZD W5282ZD W5334MK W5334MK W5636MC W5636MC W5636MC W5636MC150KDN 149 W5636MC150KDR 149 W5696VC W5696VC W5696VF W5696VF W5838ZC W5838ZC W5838ZD W5838ZD W5984TE W5984TE W5984TJ W5984TJ W6262ZC W6262ZC W6262ZD W6262ZD W6908FC W6908FC W6908FD W6908FD W7032DB W7032DB W7045MC W7045MC W8405ZC W8405ZC W8405ZD W8405ZD W8570TE W8570TE W8570TJ W8570TJ W9830TE W9830TE W9830TJ W9830TJ X XK0450B019M 155 XK0450B025M 155 XK0450BB019M 155 XK0450BB025M 155 XK0450D056M 150 XK0450DT056M 150 XK0450S056M 150 XK0550D056M 150 XK0550S056M 150 XK0600D074M 150 XK0600S074M 150 XK0900D056M 150 XK0900DT056M 150 XK0900S056M 150 XK1000B025M 155 XK1000D074M 150 XK1000S074M 150 XK1100D076M 150 XK1130D076M 150 XK1130DT076M 150 XK1130S076M 150 XK1130SB076M 149 XK1500B025M 155 XK1500B034M 155 XK1500CB034M 149 XK1800D076M 150 XK1800DT076M 150 XK1800S076M 150 XK2000D114M 150 XK2000S114M 150 XK2100D076M 150 XK2100D076ML 150 XK2100S076M 150 XK2100S076ML 150 XK2140D076M 150 XK2140D076ML 150 XK2140DT076M 150 XK2140DT076ML 150 XK2140S076M 150 XK2140S076ML 150 XK2140SB076M 149 XK2500D114M 150 XK2500D116M 150 XK2500D116ML 150 XK2500S114M 150 XK2500S116M 150 XK2500S116ML 150 XK2700D076M 150 XK2700DT076M 150 XK2700S076M 150 XK3000D116M 150 XK3000D116ML 150 XK3000S116M 150 XK3000S116ML 150 XK3060D140ML 151 XK3060S140ML 151 XK3500D116M 150 XK3500D116ML 150 XK3500S116M 150 XK3500S116ML 150 XK4000D116M 150 XK4000D116ML 150 XK4000S116M 150 XK4000S116ML 150 XK5000D128M 151 XK5000D128ML 151 XK6120D180ML 151 XK6120S180ML 151 XK7000D128M 151 XK7000D128ML 151 XK9000D160M 151 XK9000D160ML 151 XK9000S160M 151 XK9000S160ML 151 XSFGxxxxN 155 XSFGxxxxN 155 XSFHxxxxN 155 XSFTBxxxxN 155 XSFTCxxxxN 155 XSFTxxxxN 155 XSGSCX XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK XSK1500D XSK1500D XSK1500D XSK2000D XSK2000D XSK2000D XSK3000D XSK3000D XSK3000D XSK3400D XSK3400D XSK3400D XSK3800D116M XSK3800D116M XSK4400D116M XSK4400D116M XSK6000D116M XSK6000D116M XSNM10H15P 156 XSNM12H10S 156 XSNM12H12S 156 XST1000M08P 148 XST1000M10P 148 XST1000M12P 148 XST1000M16P 148 XW076NC XW076NC16B 156 XW076NC16BS 156 XW076NC16BT 156 XW076NC16C 156 XW076NC16CT 156 XW076NC16R 156 XW076NC16W 156 XW116ZC XW116ZC20B 156 XW116ZC20C 156 XW116ZC20R 156 XW116ZC20W 156 XW127E XW127E25B 156 XW127EC XW127EC25B 156 XW127EN XW127EN15B 156 XW160FC XW160FC25B 156 XW180G XW180G34B 156 XW180GC XW180GC34B 156 XW180GN XW270Q Y Y200CKC Y500CNC

17 Symbols and Terms a cceleration BV CES BV DSS C ies, C iss C oes, C oss C res, C rss d d Collector emitter breakdown voltage Drain source breakdown voltage Input capacitance Output capacitance Reverse transfer (Miller) capacitance Duty cycle Strike distance through air di/dt, - di/dt Rate of change of current (di/dt) cr Critical rate of rise of current di F /dt, -di F /dt Rate of change of forward current d S dv/dt (dv/dt) cr E R E S E off E on E rec(off) Creep distance on surface Rate of rise of voltage Critical rate of rise of voltage Repetitive avalanche energy Non-repetitive avalanche energy Turn-off energy per pulse Turn-on energy per pulse Reverse recovery losses at turn-off I FM I FV I F(V)M, I T(V)M I FLT I FRM I F(RMS), I T(RMS) I FSM, I TSM I G, I GT I GD I GES I H I IN(H) I IN(L) I ISOL I L I R I RM I RMS I RRM I S I SM I²t I TSM Maximum forward current verage forward current Maximum average forward current Sink current of fault terminal Maximum repetitive forward current RMS forward current Maximum surge forward current Trigger gate current Non-trigger gate current Gate emitter leakage current Holding current Signal input current (high level) Signal input current (low level) RMS current for isolation test Latching current Reverse current Maximum reverse recovery current RMS current Maximum repetitive reverse current Continuous source current Maximum pulsed source current I²t value for fusing Maximum surge on-state current F (mounting) g fs I R I VM I BO I C(on) I C Required force to mount hole-less discretes on heat sink Forward transconductance Repetitive avalanche current Maximum average forward current Breakover current Short circuit current Collector current I C25 Continuous DC collector current at T C = 25 C I C90 Continuous DC collector current at T C = 90 C I CES I CM I D I DD I DD0 I D(cont) Collector emitter leakage current Maximum pulsed collector current Drain current Module supply current, operating mode Module supply current, standby mode Continuous drain current I D25 Continuous drain current at T C = 25 C I DV I D(V)M I DM I DRM I D(RMS) I DSS I F, I T verage DC output current Maximum average DC output current Maximum pulsed drain current Maximum repetitive off-state current RMS output current Drain source leakage current Forward current K f K p K T L M d P C P D P GV P G(V)M P GM P RSM P T, P tot Q g Q gc Q gd Q ge Q gs Q r Q RM Q S Characteristic factor Coeff. for energy per pulse Ep (material constant) Temperature coefficient of VBO Series stray inductance Mounting torque Collector power dissipation Power dissipation verage gate power dissipation Maximum average gate power dissipation Maximum gate power dissipation Maximum surge reverse power dissipation Total power dissipation Total gate charge Gate collector (Miller) charge Gate drain (Miller) charge Gate emitter charge Gate source charge Reverse recovery charge Reverse recovery charge (intrinsic diode) Recovered charge to IRM XVII

18 Symbols and Terms RBSO R DS(on) R FI R G R GE rt R thck ; R thch R thj R thjc R thjk ; R thjh R thjs R thjw R thk SCSO T amb, T T C, T case t d(off) t d(on) t fi t fr t FLT t gd T J, T VJ T JM, T VJM T K,T H, T S T L T S(max) T stg t P t q t r t rr t rv t SC V BO V CE V CE(sat) V CE(sat)FLT V CEK V CES V CGR V DD V DD FLT V DGR V DRM V DS Reverse Bias Safe Operating rea Static drain source on resistance Radio frequency interference (= EMI) Gate resistance Gate emitter resistance Slope resistance (for power loss calculation only) Thermal resistance case to heatsink Thermal resistance junction to ambient Thermal resistance junction to case Thermal resistance junction to heatsink Thermal resistance junction to heatsink Thermal resistance junction to water Thermal resistance heatsink to ambient Short Circuit Safe Operating rea mbient (cooling medium) temperature Case temperature Turn-off delay time Turn-on delay time Current fall time (inductive load) Forward recovery time Overcurrent or short circuit trip delay time Gate controlled delay time Virtual junction temperature Maximum virtual junction temperature Heatsink temperature Lead temperature Maximum allowable heatsink temperature Storage temperature Pulse time Turn-off time Current rise time Reverse recovery time Rise time of collector emitter voltage Short circuit duration Breakover voltage Collector emitter voltage Collector emitter saturation voltage Collector emitter saturation voltage to indicate fault Collector emitter clamp voltage on chip level Collector emitter voltage Collector gate voltage Module supply voltage Module supply voltage without fault Drain gate voltage Maximum repetitive forward blocking voltage Drain source voltage V DSM V DSS Version V F V FLT V FR V GD V GE V GE(th) V GEM V GES V GS V GS(th) V GSM V GT V H V IN V IN(H) V IN(L) V ISOL V R V RES V RGM V RRM V RSM VSD V T V T0 Z thjc Z thjk, Z thjh Max. non-repetitive forward blocking voltage Drain source breakdown voltage Various construction designs of products Forward voltage Voltage at fault terminal Forward recovery voltage Gate non-trigger voltage Gate emitter voltage Gate emitter threshold voltage Maximum transient collector gate voltage Maximum DC gate voltage Gate source voltage Gate threshold voltage Maximum transient gate source voltage Gate trigger voltage Holding voltage Input control voltage Input voltage threshold for IGBT turn-on Input voltage threshold for IGBT turn-off Isolation voltage Reverse voltage Input voltage threshold for Reset = active Maximum reverse gate voltage Maximum repetitive reverse voltage Maximum non-repetitive reverse voltage Forward voltage drop Forward voltage Threshold voltage (for power loss calculation) Transient thermal impedance junction to case Transient thermal impedance junction to heatsink Semiconductor Catalog, Edition 2016 IXYS Corporation 2016 ll Rights reserved Note s far as patents or other rights of third parties are concerned, liability is only assumed for components per se, not for applications, processes and circuits implemented with components or assemblies. The information describes the type of component and shall not be considered as assured characteristics. Stress above one or more of the limiting values may cause permanent damage to the device. These are stress ratings only and operation of the device at these or at any other conditions above those given in the characteristics sections of the specification is not implied. Exposure to limiting values for extended periods may affect device reliability. Terms of delivery and rights to change design or specifications are reserved. Changes have been made to earlier published specifications. The data herein supersedes all previously published informations. Life support applications IXYS products used in life support appliances, devices, or systems where malfunction of these products can reasonably be expected to result in personal injury must be expressly authorized for such purposes. XVIII

19 Nomenclature UK WESTCODE CPSULE DEVICES W 0646 W C 15 0 W M F E N R P K S H G Y Device type Rectifier diode Fast/soft recovery diode Extra fast diode HP Sonic-FRD Phase control thyristor Distributed gate thyristor Fast turn-off thyristor Medium voltage thyristor symmetric thyristor Symmetrical gate turn-off thyristor Fast symmetrical gate turn-off thyristor symmetric gate turn-off thyristor Pulse Thyristor 0646 Device nominal current rating * For devices exceeding 9999 mperes, digit 5 of the part number changes to C (x100) W Y K J L Q D N M P V H Z T E F G Electrode diameter 19mm 25mm 29mm 32mm 34mm 38mm 44mm 47mm 50mm 57mm 63mm 66mm/68mm 73mm 75mm 85mm 99mm 125mm t q Code 0 No code 10 M 70 B 12 N 100 C 15 P 120 D 20 R 140 E 25 S 160 F 30 T 200 G 35 V 250 H 40 W 300 J 50 X 400 K 60 Y 500 L 65 Z 1000 Housing type (electrode diameter in brackets) 26mm reverse build B 8mm (D) C Standard outline - 14mm (W, Y), 16mm (K), 26mm (L, Q, M, T, E), 26.5mm (N), 33mm (V), 36mm (F, G), 37mm (Z) D 21mm (N), 24mm (V, Z), 26mm (F, G) E 35mm inverse build (T, M, Q, L) F 19.5mm (L), 26mm (K, N, V), 35mm (6.5kV Sonic diode) G 35mm (L, N) H 14mm (N), 26mm (Y), slotted 32mm (V) V RRM % of V DRM for GTO s J 19.5mm (N), 25.8mm (V), 26mm (T) (S and H types only) K Wespack 14.5mm (J, Q, M, H) L Wespack 26mm (Q, M) M Wespack 33mm (H) R Wespack 14mm (Q), 26mm (N) 15 Voltage grade - V RRM, VDRM/100 Special code 0 t q code (thyristors), V RRM % of V DRM for Gate turn-off thyristors - See relevant tables P PIN diode (Product groups: W, M, F, E) R Rotating package (N, K, W) valanche rated diode (W) D 80 Y 100 V XIX

20 M H L 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal 3/4" stud glass/metal Nomenclature UK WESTCODE PRESS-PCK IGBT CPSULE DEVICES T 0240 N B 45 E T Device type Press-pack IGBT 0240 Device pulse current rating N V H T E D G Electrode diameter 47mm 63mm 66mm 75mm 85mm 96mm 110mm 125mm B D F Die series 45 Voltage grade - V RRM /100 Build description for multiple square die Reverse conducting E symmetric G Reverse Conductiing (IGBT to diode ratio of 2:1) STUD DEVICES W 0508 S 04 0 W N P S Device type Rectifier diode Phase control thyristor Fast turn-off thyristor Symmetrical Gate turn-off thyristor ll IXYS UK stud devices are available with or without leads, sleeving and nuts and washers Please add one of the following three-letter codes, based on what options are required, to the end of the part number when ordering 000 Leaded stud, no sleeving, no nuts and washers supplied 0508 Device nominal current rating Device polarity S Stud node R Stud Cathode S0L - Leaded stud, with standard* sleeving, nuts and washers supplied loose 00L - Leaded stud, no sleeving, nuts and washers supplied loose NLL - Non-leaded stud, nuts and washers supplied loose (pplies also to devices with flag/tag terminal) C E F J Package 3/4" stud ceramic 3/4" HV ceramic stud with lug 3/4" HV ceramic stud 1/2" ceramic stud with flag S0F - Leaded stud, with standard* sleeving, nuts and washers fitted 00F - Leaded stud, no sleeving, nuts and washers fitted NLF - Non-leaded stud, nuts and washers fitted (pplies also to devices with flag/tag terminal) S00 - Leaded stud, with standard* sleeving, no nuts and washers supplied M R 3/8" stud ceramic M20 stud ceramic with lug & gate leads 04 Voltage grade - VRRM, VDRM/100 0 tq code - See table for relevant code NLS - Non-leaded stud, no nuts and washers fitted (pplies also to devices with flag/tag terminal) * - Standard sleeving means the following Red for all thyristor studs Blue for S polarity diode studs Red for R polarity diode studs XX

21 NEW PCKGES Pressfit Pin for E2 and E3 Module Package IXYS presents a new Press-Fit-Pin for E2 and E3 module packages. Modules equipped with those pins can be connected to the PCB without a further solder process. For the pressing process either hand tools or pressing machines can be used. Benefits for the assembly are: simplified process reduced mounting time no risk of bad solder contacts reduced aging of pin contact no thermal stress for the PCB assembly press out possible for maintenance The pin concept is based on the proven Bizon -Pin concept. Pressing process is a plastic deformation of pin and via of the board ending in a cold welding. Pin features are: Pin concept based on successfully proven Bizon -Pin concept Pin qualification according to IEC High conductive Cu alloy with Ni / gal. Tin surface Very low contact resistance Low press-in force per pin and PCB hole diameter independent press-out force Press-Fit-Pin usable for PCB s designed for competitor devices Drill hole diameter Board and Via Requirements min. typical max mm Final hole diameter 2.14 mm 2.20 mm 2.29 mm Cu thickness inside the hole >25 mm Metallization thickness in hole <15 µm Cu thickness for tracks 35 µm 70 µm 105 µm PCB thickness 1.60 mm 2.00 mm Metallization PCB chem. Tin First planned modules are: MIXG 120W1200PTEH MIXG 180W1200PTEH MIXG 240W1200PTEH MCM 240UI1600PED MDM 210UB1600PTED MDM 280UB1600PTED MDM 360UB1600PTED MDM 660U1600PTEH MDM 900U1600PTEH MDN 660U2200PTEH 1

22 NEW PCKGES High Voltage TO-263 (D 2 -Pak) High Voltage TO-263 (D 2 -Pak) package improved pin spacing (no middle pin) creepage distance pins to copper of backside: 4.7 mm for new TO-263BHV package Diode Technology Config. V RRM I FV / I T C Package style Outline drawings on New V C pages O-31...O-52 DM 10P1600PZ Standard Phase leg 2x DM 30IM1600PZ Standard Single D 10EM1800PZ valanche Single D 10P1800PZ valanche Phase leg 2x DM 10P1800PZ Standard Phase leg 2x DN 30E2200PZ Standard Single DN 30EM2200PZ Standard Single FRED / HiPerFRED DSEI 12-12Z FRED Single DSEP 12-12Z High Performance Single DSEP 12-12BZ High Performance Single Thyristor CL 5E1200PZ High Efficiency Single CL 30E1200NPZ High Efficiency Single CLB 30I1200PZ HE node Gated Single CM 20E1600PZ Standard Single CM 30E1600PZ Standard Single CME 30E1600PZ Fast Single Triac CL 30MT1200NPZ High Efficiency Triac CL 40MT1200NPZ High Efficiency Triac X011c TO-263BHV IGBT & BiMOS Technology Config. V CES I C25 V CEsat ² under development V V IXX 30N65C3HV GenX3 XPT IGBT Single ² IX 4IF1200PZ XPT IGBT Copack IX 20I1200PZ XPT IGBT Single IXY 20N120C3HV Fast XPT IGBT Single IXG 20N250HV High Voltage NPT IGBT Single Creepage (min): pin/pin: 4.0 mm pin/cu back-side: 4.7 mm For more details see outline drawings IXB 16N170HV High Voltage BiMOS Single IXB 10N300HV High Voltage BiMOS Single IXB 12N300HV High Voltage BiMOS Single IXB 14N300HV High Voltage BiMOS Single MOSFET Technology Config. V DSS I D25 R DSon New V W IXT 05N100HV High Voltage MOSFET Single IXT 08N100D2HV Depletion Mode MOSFET Single IXT 3N100D2HV Depletion Mode MOSFET Single IXT 3N120HV High Voltage MOSFET Single IXT 3N150HV High Voltage MOSFET Single IXT 4N150HV High Voltage MOSFET Single IXT 1N170DHV High Voltage MOSFET Single IXT 1N200P3HV High Voltage MOSFET Single IXT 02N250HV High Voltage MOSFET Single

23 NEW PCKGES High Voltage TO-268 (D 3 -Pak) High Voltage TO-268 (D 3 -Pak) package improved pin spacing (no middle pin) creepage distance pins to copper of backside: 5.8 mm for new TO-268HV package Rectifier Technology Config. V RRM I DV / I T C Package style New V C DSEI Z Fred Single DSP 45-12Z Standard Phase leg 2x DSP 45-16Z 2x Outline drawings on pages O-31...O-52 Triac CL 60MT1200NTZ High Efficiency Triac Thyristor CM 50E1600TZ Standard Single X019a TO-268HV IGBT & MOSFET Technology Config. V CES / V DSS I C25 / I D25 V CEsat R DSon New V V W IXYT 30N65C3H1HV GenX3 XPT IGBT Single IXYT 20N120C3D1HV GenX3 XPT IGBT Single IXGT 25N250HV High Voltage NPT IGBT Single IXYT 30N450HV High Voltage IGBT Single Creepage (min): pin/pin: 9.4 mm pin/cu back-side: 5.8 mm For more details see outline drawings IXBT 16N170HV High Voltage BIMOS Single IXBT 12N300HV Single IXBT 20N300HV Single IXBT 22N300HV Single IXBT 42N300HV Single IXBT 20N360HV Single MCB 60I1200TZ SiC MOSFET Single IXTT 4N150HV High Voltage MOSFET Single IXTT 12N150HV Single 12 2 IXTT 1N250HV Single IXTT 1N300P3HV Single IXTT 02N450HV Single IXTT 1N450HV Single

24 NEW PCKGES High Voltage ISO247 ISO247 package (ISOPLUS Technology with Screw Hole) 3000V isolation Excellent thermal performance 100% mechanical fit to TO-247 Diode Technology Configuration V RRM I DV / I T C Package style Outline drawings on New V C pages O-31...O-52 DS 90C200HR Schottky Diode Common Cathode 200 2x Ø DM 50P1200HR Standard Phase leg 2x Ø DM 30P1600HR 2x Thyristor CL 40E1200HR High Efficiency Single CM 40E1600HR Standard Single Triac Ø CL 40MT1200NHR High Efficiency Triac CL 60MT1200NHR Thyristor CL 80MT1200NHR CM 60MT1600NHR Standard CM 80MT1600NHR X016c ISO247 IGBT & MOSFET Technology Config. V CES / V DSS I C25 / I D25 V CEsat R DSon New V V W IXFJ 26N50P3 Polar3 HiperFET Single IXGJ 50N60C4D1 High Gain IGBT Copack MKH 24I650HR CoolMOS CFD Single IXYJ 20N120C3D1 Gen X3 XPT IGBT IXYJ 30N120C3D ITF 48IF1200HR Fast Trench IGBT Copack IXTJ 3N150 High Voltage MOSFET Single IXTJ 4N IXTJ 6N NEW High Voltage TO-247HV and PLUS247HV packages improved pin spacing for high potential creepage distance pins to copper of backside: > 5.7 mm creepage distance between high voltage pins (collector/emitter or drain/source): > 7.0 mm Type V CES / V DSS I C25 / I D25 V CEsat R DS(on) Technology Fig. No. New V V W IXTH 1N170DHV MOSFET X014c IXTH 1N200P3HV Polar IXTH 1N300P3HV Polar IXBH 10N300HV BiMOSFET IXBH 14N300HV BiMOSFET IXBH 22N300HV BiMOSFET IXBX 28N300HV BiMOSFET X015c IXBH 20N360HV BiMOSFET X014c IXBX 50N360HV BiMOSFET X015c IXTH 02N450HV MOSFET X014c IXTH 1N450HV MOSFET IXYX 40N450HV HV IGBT X015c 4 Package style Outline drawings on pages O-31...O-52 X014c X015c TO-247HV PLUS247HV

25 ISOPLUS Family ISOPLUS-SMPD ISOPLUS i4-pc ISOPLUS-DIL ISOPLUS264 ISO247 ISOPLUS247 ISOPLUS220 Isolated Discrete Packages ISOPLUS247 is the DCB isolated version of the PLUS247 package (TO-247 without a mounting hole). The design of this patented package is revolutiory: the silicon chip is soft soldered onto a Direct Copper Bond (DCB) substrate instead of the usual copper lead frame. The DCB ceramic, the same substrate material as used in the high power modules, not only provides high isolation capability (2500 V RMS ) but also unbeatable low thermal resistance compared to conventiol, exterlly mounted isolation materials. Package cross section Leads Mould While the junction-to-case thermal resistance is higher than an equivalent. nonisolated device, what really matters is the total thermal resistance from junction-toheatsink (R thjh ). Comparing a device in ISOPLUS247 to its companion in the non-isolated package with an exterl isolation foil, one can see that the overall R th is now lower for the part in the already isolated package (see example). Due to the matched thermal expansion coefficients of silicon and DCB ceramic, mechanical stress to the die and solder caused by power and temperature dvantages: Isolation capability from leads to backside 2500 V RMS no exterl isolation foil needed Thermal resistance from Junction to Case only slightly higher as for nonisolated version Increased power- and temperature cycling capability DCB can be patterned like printed circuit boards allowing special functions to be realized cycling is reduced so that reliability is improved. Mounting is done with clips, which not only saves time but also guarantees constant pressure force over the whole lifetime of the assembly. Parts in the ISOPLUS247 housing can be identified by the letter R in the IXYS part number. Potentially all devices now encapsulated in TO-247. TO-264 and PLUS247 housings can be molded in the ISOPLUS247. There are already more than 100 different ISOPLUS247 Example: ISOPLUS247 compared to conventiol isolated device Type Package Isolation DCB Wire Mould bonds Copper Ceramic Copper Solder R thjc K/W R thck K/W Total K/W Factor IXFR 180N10 ISOPLUS247 internal DCB IXFX 180N10 PLUS247 external foil Chip types available. nother interesting feature is the capability to pattern the DCB substrate like a printed circuit board. Now additiol special functions can be realized, e.g. the series connection of single diode chips within one package. ISOPLUS220. ISOPLUS247 and ISOPLUS264 are the DCB substitutes for the corresponding standard packages. larger version of this packaging technology is med ISOPLUS i4-pc. It has up to five termil pins, making it possible to build up full diode bridges, phase-leg transistor configurations, buck and boost converters and much more within one isolated discrete package. ISOPLUS-DIL 37.5 mm long and 25 mm wide provides the largest mounting area within the ISOLPLUS family. It is available in 2 pin out version: GWM configuration with plar power pins for 300 RMS on one side and 12 control pins on the oposite side and the GMM configuration with 12 pins on either side. The package is intented for high current low voltage (< 200 V) applications either as single switch or 6-pack. With highest power density and high reliability ISO- PLUS-DIL is recommended for the use in automotive designs. ISOPLUS-SMPD is the latest member of IXYS ISOPLUS family and provides an increased creepage distance between pins to DCB (>4 mm) and pin to pin (up to 7 mm). SMPD-B SMPD-X 5

26 ISOPLUS-SMPD DCB isolated SMPD package for simplified mounting and high circuit flexibility Reducing assembly costs is a continual demand of the semiconductor user. One of the various approaches is the usage of SMD packages which is successfully introduced by utilization of Power Semiconductors packaged in TO-263 (D 2 Pak) or TO-268 (D 3 Pak). If heat sinking is required designers have to look for solutions providing isolation and creepage distance. ISOPLUS-SMPD package is the IXYS answer to the challenge to make designer s life easier as it provides an SMD device featuring: 2.5 kv isolation to heatsink (UL rating) low thermal impedance for good cooling by only 0.38 mm thick ceramic more than 4 mm creepage distance from pin to mounting surface up to 7 mm creepage from pin to pin (depending on package type) high integration such as phase leg or 3~ input rectifier in one package automatic mounting by pick & place possible (packaged in Tape & Reel) This ebles the engineer to make flat designs with a concept of distributed power dissipation. The latter allows utilization of heatsinks with a thinner base reducing weight and cost. The new ISOPLUS-SMPD package is small and light weight with two rows of pins. resembling an IC. It allows the assembly to the board in standard SMD pick & place equipment. together with other standard SMD components. ISOPLUS-SMPD devices are available in Tape & Reel or in a Blister Tray option. The complete board including the power components can run through a standard SMD soldering process. Two types are available, ISOPLUS-SMPD -B (Fig. 1) is optimized for implementing more complex configurations like phase-legs, buck and boost chopper as well as single or 3-phase input rectifier bridges, which can ideally be used as building blocks for inverters. ISOPLUS- SMPD -X (Fig. 2) with a larger number of pins on either side allows the integration of large dies for very high current capability up to 600 per unit. Fig. 1 SMPD-B Fig. 2 SMPD-X Both designs benefit from the ISOPLUS construction with low mechanical stress for the die because of a good match in the thermal expansion coefficient of die and DCB resulting in long term reliability. Fig. 3 Mounting example s normal these devices require a layer of thermal interface material (heat transfer paste) to be applied to the backside of the power devices (or to the heat sink surface altertively). Then the devices can be mounted together with the PCB to a heat sink. These power devices need to be pressed down to the heat sink to ensure low thermal resistances. Pressure can be applied in different ways, for example using a mounting clip or a post, applying pressure via the PCB directly to the power device (see Fig. 3 and Fig. 4). The high package flexibility allows to offer - high current single Trench MOSFET - high current single IGBT - buck and boost converters - phase-legs with desaturation diodes for switch control - 1~ or 3~ input rectifiers - multiple boost stages - cascade configurations Fig. 4 Mounting example Customer specific designs are feasable. 6

27 IGBT Modules SMPD Converter Building Blocks ISOPLUS Technology SMPD-B SMPD-X V UL rated electrical isolation - low thermal resistance - increased power & temperature cycling - saves space - replaces multiple discretes - reduces parasitic inductance & capacitance - reduces EMI - heat spreading Rectifier Brake & Boost Inverter Line Rectifier DM90U1800LB SONIC-FRD DHG60U1200LB XPT-IGBT IX20RG1200DHGLB IX30RG1200DHGLB IX40RG1200DHGLB XPT-IGBT IX20PG1200DHGLB IX30PG1200DHGLB IX40PG1200DHGLB ITF40PF1200DHGTLB Line Rectifier DL100U1200LB DL100U800LB Fast Rectifier DPG60B600LB HiPerFRED DCG20B650LB SiC DHG50B1200LB SONIC DCG20B1200LB SiC CoolMOS Boost MKE38RK600DFELB & FRED Diode MKG40RK600LB & SONIC Diode MKH17RP650DCGLB Dual Boost & SiC XPT-IGBT MMIX1X100N60B3H1 MMIX1X200N60B3H1 MMIX1Y82N120C3H1 MMIX1Y100N120C3H1 IX60IF1200DHGLB IX80IF1200DHGLB 7

28 ISOPLUS-SMPD MOSFETs V I R max. Q Type New DSS D25 DS(on) G Circuit diagram / Fig. T Technology C = 25 C T C = 25 C No. ² under development V mw nc SINGLE MMIX 1T600N04T2 Trench X031a MMIX 1T550N055T2 Trench MMIX 1F520N075T2 Trench2 HiPerFET MMIX 1F420N10T Trench HiPerFET MMIX 1F360N15T2 Trench2 HiPerFET MMIX 1F230N20T Trench HiPerFET MMIX 1F180N25T Trench HiPerFET MMIX 1F160N30T Trench HiPerFET MMIX 1F210N30P3 Polar3 HiPerFET MMIX 1F132N50P3 Polar3 HiPerFET MMIX 1F44N100Q3 Q3 HiPerFET MMIX 1F40N110P Polar HiPerFET Circuit Diagram B C BUCK / BOOST MKE 38RK600DFELB C CoolMOS CP & FRED X030a MKG 40RK600LB C CoolMOS C6 & SONIC ² MKH 17RP650DCGLB Y Dual CoolMOS CFD & SiC PHSE-LEG MMIX 2F150N20T B Trench HiPerFET X031a 1 Y 2 MMIX 2F94N30T B Trench HiPerFET MMIX 2F60N50P3 B Trench HiPerFET MKE 38P600LB B CoolMOS CP X030a ² MKH 22P650LB B CoolMOS CFD ² MKH 40P650LB B CoolMOS CFD G S S S S G ² MCB 40P1200LB B SiC CoolMOS is a trademark of Infineon Technologies Outline drawings on pages O-31...O-52 SMPD-B X030a SMPD-X X031a See data sheet for pin arrangement 8

29 ISOPLUS-SMPD IGBTs Type Circuit Diagram No. / Technology T C = New ² under development V 25 C SINGLE and COPCK MMIX 1X200N60B3 D XPT X031a MMIX 1X100N60B3H1 E XPT & SONIC MMIX 1X200N60B3H1 E XPT & SONIC ² IX 100XF650LB 2xE 2 x XPT 650 2x X030a MMIX 1X340N65B4 D XPT IGBT GenX X031a MMIX 1Y82N120C3H1 E XPT fast & SONIC (3.70) MMIX 1Y100N120C3H1 E XPT fast & SONIC ² IX 60IF1200DHGLB E XPT & SONIC X030a ² IX 85IF1200DHGLB E XPT & SONIC V CES I C25 V CE(sat) typ. T C = 25 C V E off typ. T J = 150 C (125 C) mj MMIX 1G120N1203V1 E GenX3 SONIC X031a MMIX 1G75N250 D IGBT for cap discharge MMIX 1B15N300C E BiMOSFET MMIX 1B20N300C E BiMOSFET BOOST IX 20RG1200DHGLB I XPT & SONIC X030a IX 30RG1200DHGLB I XPT & SONIC IX 40RG1200DHGLB I XPT & SONIC PHSE-LEG IX 20PG1200DHGLB G XPT & SONIC X030a IX 30PG1200DHGLB G XPT & SONIC IX 40PG1200DHGLB G XPT & SONIC ² ITF 40PF1200DHGTLB H Trench IGBT & SONIC & NTC ² ITF 40PG1200DHGLB G Trench IGBT & SONIC IX 20PT1200LB K XPT & Thyhristor FULL-BRIDGE MMIX 4G20N250 L IGBT for cap discharge max - X031b MMIX 4B22N300 L BiMOS Fig. No. Circuit Diagram D E F G H I K J L SMPD-Y Outline drawings on pages O-31...O-52 SMPD-B X031b X030a SMPD-X SMPD-Y X031a X031c 9

30 ISOPLUS-SMPD Diodes Type V RRM I T C Circuit diagram / Fig. New Diode type No. ² under development V C DUL DS 120X150LB M Schottky x X030a DS 120X200LB M Schottky x DS 240X200LB M Schottky 2 x 120 1~ BRIDGE DPG 60B600LB N HiPerFRED X030a DCG 20B650LB N SiC * DL 100B800LB N Rectifier DL 100B1200LB N Rectifier ² DHG 40B1200LB N SONIC 40 * ² DHG 50B1200LB N SONIC 50 * ² DCG 20B1200LB N SiC 20 * 3~ BRIDGE DHG 60U1200LB O SONIC X030a DM 90U1800LB O Rectifier * in progress Circuit Diagram M N O P Thyristors, Triacs Type V RRM I T C Circuit diagram / Fig. New Bipolar type No. ² under development V C DUL Q ² CL 60MU1200LB 2 x P Triac x X030a PHSE-LEG ² CM 50P1600LB Q Thyristor 2x R MOS-Gated Thyristors Type V DM I TSM I TSM r T V T Q g(on) t ri V GK(th) Circuit Fig. 1µs 10µs typ max typ typ max Diagram No. T C = T C = T C = 25 C 25 C 25 C New V k k mw V nc ns V MMJX 1H40N R X032 MMIX 1H60N150V S X031a S Outline drawings on pages O-31...O-52 SMPD-B X030a SMPD-X MiniSMPD X032 X031a See data sheet for pin arrangement 10

31 ISOPLUS-DIL MTC...X...TGD MTI..W...GC MTI...WX...GD / GMM Single high current Switch with NTC DSS D25 D90 DSon iss g thjc Fig. ² under development T C = 25 C T C = 90 C T J = 25 C typ typ No. new V mw nf nc K/W ² MTC 960X55TGD 55 2x 640 2x x 40 2x X026d ² MTC 840X75TGD 75 2x 550 2x x 40 2x Six-Pack Trench MOSFET Type V DS I D25 I D90 R DS(on) typ. C iss Q g R thjc Fig. ² under development max. T C = 25 C T C = 90 C T C = 25 C typ typ No. New V mw nf nc K/W MTC 120W55GC X026c MTI 85W100GC Six-Pack 3x phaseleg MTC 120WX55GD MTC 120WX75GD MTI 200WX75GD X026d MTI 145WX100GD GMM 3x60-015X Customized configurations possible Outline drawings on pages O-31...O-52 MTI...W..GC Surface Mount Device MTI...WX...GD; MTC...X...TGD; GMM... Surface Mount Device X026c ISOPLUS-DIL TM X026d ISOPLUS-DIL TM 11

32 ISOPLUS i4-pc 3, 4 and 5 leaded packages for various circuit topologies DCB base plate V electrical isolation - low thermal resistance - increased power & temperature cycling - saves space - replaces multiple discretes - reduces parasitic inductance and capacitance - reduces EMI - less weight Rectifier Power Factor Correction PWM Bridge Rectifier + C Input DC Out FBO 16-12N (line rectifier) FBO 40-12N (line rectifier) FBE 22-06N1 (HiPerFRED) FMD 15-06KC5 (CoolMOS ) FMD 47-06KC5 (CoolMOS ) MKE 11xxx (SiC boost diode) Forward Converter FBE 22-06N1 (HiPerFRED) FBS 10-06SC (SiC) FBS 16-06SC (SiC) FBS 10-12SC (SiC) FUS B (Schottky) FUO 22-12N (line rectifier) FUO 22-16N (line rectifier) FUO 50-16N (line rectifier) FUE 30-12N1 (HiPerFRED) FDM 15-06KC5 (CoolMOS ) FDM 47-06KC5 (CoolMOS ) H-Bridge & Phase-shift Inverters DSEE 55-24N1F (HiPerFRED) DHH 55-36N1F (Sonic) CL 40P1200FC CM 30P1600FC CM 50P1600FC FID 60-06D (IGBT) FMM 75-01F Synchronous Rectifier IXTF 280N055T IXTF 250N075T IXTF 230N085T IXTF 200N10T IXBF 9N160G (BiMOSFET) IXBF 40N160 (BiMOSFET) IXBF 14N250 (BiMOSFET) IXGF 32N170 (IGBT w/o Diode) IXLF 19N250 (IGBT w/o Diode) FII 30-06D FII 40-06D Synchronous Rectifier FMM 75-01F greater creepage greater creepage See application note Combining the features of modules and discretes in a new Power Semiconductor packages for general description of the packaging technologies. See alphanumeric index for the page number of the particular product. 12

33 ISOPLUS i4-pc IGBTs / MOSFETs Configuration Type V DSS I D25 I D90 R DS(on) typ. Configuration 25 C 90 C 25 C No. T Fig. Circuit diagram / Technology C = T C = T C = Not for new design New V mw IXTF 200N10T single Trench MOSFET * 70 X024d IXKF 40N60SCD1 Type G CoolMOS & serial Schottky & HiPerFRED free wheeling Diode Circuit diagram / Technology X024a IXTF 1N250 High Voltage MOSFET * 40W X024c IXTF 02N450 High Voltage MOSFET * 750W IXTF 1N450 High Voltage MOSFET 0.9 * 85W FDM 47-06KC5 buck E CoolMOS & HiPerDynFRED X024a FMD 21-05QC boost E HiPerFET & HiPerDynFRED MKE 11R600DCGFC C CoolMOS & SiC Diode FMD 15-06KC5 D CoolMOS & HiPerDynFRED FMD 40-06KC D CoolMOS & HiPerDynFRED FMD 47-06KC5 D CoolMOS & HiPerDynFRED FMM X2F phase leg B Trench MOSFET FMM 75-01F B HiPerFET FMP T L Trench P & N-Channel ± / 62 * 24 / 11 FMP P L Polar P & N-Channel ± / 36 * 110 / 40 FMP 26-02P L Polar P & N-Channel ± / 26 * 170 / 60 FMM 60-02TF B Trench HiPerFET FMM TF B Trench HiPerFET FMM 22-05PF B PolarHV HiPerFET FMM 22-06PF B PolarHV HiPerFET V CES I C25 I C90 V CE(sat) typ. T C = 25 C T C = 90 C (110 C) T C = 25 C V mw IXBF 9N160G single I BiMOSFET X024c IXBF 40N160 I BiMOSFET IXGF 32N170 H High voltage IGBT (19) max 3.5 IXGF 20N250 H High voltage IGBT max 3.1 IXGF 25N250 H High voltage IGBT max 2.9 IXLF 19N250 H High voltage IGBT max 3.9 IXGF 20N300 H High voltage IGBT 22 (14) max 3.2 IXBF 12N300 I BiMOSFET (11) 2.8 IXGF 25N300 H High voltage IGBT 27 (16) max 3.0 IXBF 14N300 I BiMOSFET IXBF 20N300 I BiMOSFET 34 (14) 2.7 IXGF 36N300 H High voltage IGBT max 2.7 IXBF 15N300C I BiMOSFET 37 (15) 4.7 IXBF 22N300 I BiMOSFET IXBF 32N300 I BiMOSFET IXBF 28N300 I BiMOSFET IXBF 42N300 I BiMOSFET 60 (24) 2.5 IXBF 55N300 I BiMOSFET 86 (34) 2.7 IXBF 20N360 I BiMOSFET (18) 2.9 IXBF 50N360 I BiMOSFET 92 (28) 2.4 IXGF 30N400 H High voltage IGBT max 3.1 FID 60-06D boost K NPT IGBT & HiPerFRED X024a FII 30-06D phase leg J NPT IGBT FII 40-06D J NPT IGBT * in progress CoolMOS is a trademark of Infineon Technologies high side switch: p-channel; low side switch: n-channel Fig. No. Circuit Diagram C E H J L B D G I K Outline drawings on pages O-31...O-52 X024a X024b X024c X024d 13

34 ISOPLUS i4-pc Bipolar Voltage I Type Configuration D(V)M Circuit diagram / Fig. T Diode type C = 90 C No. New V CS 20-22moF1 single part. high voltage S Thyristor X024c CN 30E2200FB S Thyristor 30 DN 30E2200FE T Rectifier 30 X024e CS 20-25mo1F S Thyristor X024c CL 40P1200FC phase leg R Thyristor 2x X024a DSEE 55-24N1F M HiPerFRED 55 X024b CM 30P1600FC R Thyristor 2x X024a CM 50P1600FC R Thyristor 50 DHH 55-36N1F M Sonic-FRD 2x X024b FBS 10-06SC 1-phase bridge N Si-Carbide X024a FBS 16-06SC N Si-Carbide 11 FBE 22-06N1 O HiPerFRED 20 FBS 10-12SC N Si-Carbide FBO 16-12N O Rectifier 22 FBO 40-12N O Rectifier 40 FUS B 3-phase bridge Q Schottky FUO 22-12N P Rectifier FUE 30-12N1 P HiPerFRED 30 FUO 22-16N P Rectifier FUO 50-16N P Rectifier 50 Circuit Diagram M N O P Q R S T X024a X024b X024c X024e 14

35 Insulated Gate Bipolar Transistors (IGBT) The Insulated Gate Bipolar Transistor (IGBT) is a three termil device combining high efficiency with fast switching capabilities. IXYS offers various IGBT technologies optimized for the many topologies, circuits and requirements in today s varied power semiconductor applications. s a guide to the multiple technologies of IGBT on offer from IXYS please refer to the following characteristics. V CE(sat) a measure of on-state losses, i.e. power dissipation when the device is passing forward current. The higher the V CE(sat) the higher the losses in the forward direction. Switching Speed an IGBT with fast switching speed will have higher efficiency during the transition from on to the off state and vice versa. Low switching speed versions are often combined with low V CE(sat) for low frequency applications. Higher speed IGBT tend to have higher V CE(sat). Temperature Coefficient this determines the device V CE(sat) trend against temperature. device is said to have a positive temperature coefficient if the V CE(sat) rises when the junction temperature increases. Likewise a negative temperature coefficient is when the devices V CE(sat) reduces when the junction temperature increases. positive temperature coefficient is required when operating IGBT in parallel. negative temperature coefficient device cannot be operated in parallel but may have lower losses at higher temperatures. Safe Operating rea (SO) the ability for an IGBT to sustain voltage and current in shorter time scales without failure. Forward bias (FBSO) is SO when turning the IGBT into the on-state. Reverse Bias (RBSO) is SO when turning to the off-state. Short circuit SO (SCSO) is an indication of ability to withstand surge currents in operation. valanche Rated the ruggedness of the IGBT in the avalanche region. n avalanche rated devices is far more rugged than altertive devices during operation and is an indication of reliability. IGBT technology IGBT Characteristic Non-Punch Through (NPT) XPT Planar XPT GenX3 XPT Trench BiMOSFET (RC IGBT) High voltage IGBT Discrete Part No. Prefix IXD.. IX.. IXY.. IXX.. IXB.. IXG.. Discrete Part No. Suffix NONE NONE B3 C3 B4 C4 NONE (1700V) C NONE C V CE(ST) MEDIUM MEDIUM MED. HIGH LOW MED. LOW MED. HIGH LOW MED. HIGH Switching Speed MEDIUM MEDIUM MED. HIGH MED. HIGH LOW MED. MED. LOW MED. MED. Temperature Coefficient POSITIVE POSITIVE POSITIVE POSITIVE POSITIVE POSITIVE Safe Operating rea SCSO RBSO FBSO SCSO RBSO FBSO SCSO RBSO FBSO SCSO RBSO SCSO RBSO valanche Rated YES YES YES NO NO YES Voltage Range V V 650 / 650 / 900 /1200V SCSO RBSO FBSO 650V V V Switching Frequency 500 khz XPT Planar 600V 650V 900V 1200V 100 khz 40 khz XPT Trench 650V BiMOSFET V High Voltage V 10 khz 5 khz 1 khz BREKDOWN VOLTGE 15

36 Insulated Gate Bipolar Transistors (IGBT) IGBT product families Xtreme Light Punch Through (XPT ) Planar IGBTs are an extremely rugged technology platform of IGBTs, which are ideal for critical applications that require low conduction and low switching losses with a 10 μs short circuit withstand capability. Either discrete or co-packaged with ultrafast soft recovery Sonic diodes. IXYS XPT IGBTs have lower saturation voltage V CE(sat) and low total switching energy (E on + E off ). large portfolio of module packed Planar XPTs are available for applications such as UPS, Motor Drive and solar inverters. Xtreme Light Punch Through (X2PT ) Planar IGBTs are the second generation of XPT IGBTs. Features are 10 µs short circuit capability, 175 C max junction temperature, further reduced V CE(sat) and lower turn-off losses (E off ) resulting in a competitive performance to latest trench devices at reduced R th. Thus they are idealy suited for Motor Drive inverters. Xtreme Light Punch Through (XPT ) Trench IGBTs are the latest development from IXYS starting at 650 V. This range features not only a low V CE(sat) but extremely low switching losses making the platform attractive for fast switching applications whilest retaining good SO rating and a positive temperature coefficient. Either discrete or co-packaged with ultrafast soft recovery Sonic diodes. IXYS XPT IGBTs have industry leading efficiency at medium to high switching frequency V & 1700 V Low Sat IGBTs These rugged High Voltage NPT devices are designed for capacitor discharge applications. featuring a low saturation voltage, high power density & high peak current capability. These High Voltage NPT IGBTs eble the elimition of more costly, lower performance solutions such as thyristors or series connected MOSFETs or IGBTs typically used at voltages above 1200 V. Offered as co-packs, they provide a more complete solution for power conversion applications V & 1700 V High Speed IGBTs This family of 1600/1700 V IGBTs are rugged NPT devices targeted for high voltage applications, requiring 10 µs short circuit withstand capability. They are particularly suitable for high voltage switching applications. IXYS offers its fast switching version 1700 V NPT IGBTs in co-pack and phase-leg configurations for PWM applications with switching frequencies upwards of 50 khz. Very High Voltage (2500 V V) IGBTs IXYS offers a unique portfolio of discrete 2500 V, 3000 V and 4000 V VHV IGBTs with collector current ratings spanning from 2 to 75 (T C = 110 C). The voltage and current ratings of these devices, coupled with simplified MOS gate-control, allow the system designer to greatly reduce the complexity of many high voltage switching designs. These IGBTs eble the use of a single device in systems whose circuits previously used multiple, cascaded, lowervoltage switches. B-series (BiMOSFET) IGBTs IXYS BiMOSFETs are devices which have combined strengths of MOSFETs and IGBTs. BIMOSFETs feature a monolithic intrinsic diode which can reduce die count in many applications. 16

37 Discrete XPT 600V XPT Planar IGBTs XPT = Xtreme light Punch Through. short-circuit rated IGBTs IXX... IXY... IXX...D1/H1 IXY...D1/H1 Part Number V CES I C25 I C110 V CE(sat) t fi typ. E off typ. R thjc T C = 25 C T C = 110 C T C = 25 C T J = 150 C T J = 150 C Diode I F110 R thjc P C Diode Fig. max. T C = No. Diode 110 C New V V ns mj K/W K/W W Package style Outline drawings on pages O-31...O-52 B3 Class (5-30 khz switching) IXXQ 30N60B3M X017c IXXH 30N60B X014a IXXH 30N60B3D X014a IXX 50N60B X011b IXXH 50N60B X014a IXXH 50N60B3D X014a IXXP 50N60B X005a IXXR 100N60B3H X016a IXXH 75N60B X014a IXXH 75N60B3D X014a IXXN 100N60B3H X027a IXXK 100N60B3H X020a IXXN 200N60B3H X027a IXXX 100N60B3H X015a IXXH 100N60B X014a IXXN 200N60B X027a IXXK 200N60B X020a IXXX 200N60B X015a IXXK 300N60B X020a IXXX 300N60B X015a C3 Class (20-60 khz switching) IXXH 30N60C X014a IXXH 30N60C3D X014a IXXH 50N60C X014a IXXH 50N60C3D X014a IXXH 75N60C X014a IXXH 75N60C3D X014a IXXK 100N60C3H X020a IXXX 100N60C3H X015a IXXH 100N60C X014a IXXN 200N60C3H X027a IXXK 200N60C X020a IXXX 200N60C X015a IXXK 300N60C X020a IXXX 300N60C X015a IXX 30N65C3HV X011c X005a X011b X011c X014a X015a X017c TO-220B TO-263B TO-263BHV TO-247D PLUS247 TO-3PFP X027a SOT-227B minibloc X020a TO-264 X016a ISOPLUS247 17

38 Discrete XPT 650V XPT Planar IGBTs XPT = Xtreme light Punch Through. short-circuit rated IGBTs IXX... IXY... IXX...D1/H1 IXY...D1/H1 Part Number V CES I C25 I C110 V CE(sat) t fi typ. E off typ. R thjc T C = 25 C T C = 110 C T C = 25 C T J = 150 C T J = 150 C Diode I F110 R thjc P C Diode Fig. max. T C = No. Diode 110 C New V V ns mj K/W K/W W 3 Class (up to 5kHz switching) IXYN 100N X027a B3 Class (10-30 khz switching) IXY 20N65B X011c IXYH 20N65B X014a IXYP 20N65B X005a IXYP 20N65B3D X005a IXYQ 30N65B3D X017a IXYH 30N65B3D X014a IXYH 40N65B X014a IXYQ 40N65B3D X017a IXYH 40N65B3D X014a IXYN 100N65B3D X027a IXYH 100N65B X014a IXYK 100N65B3D X020a IXYX 100N65B3D X015a IXYN 120N65B3D X027a IXYH 120N65B X014a IXYK 200N65B X020a IXYX 200N65B X015a C3 Class (20-60 khz switching) IXYP 10N65C3D1M X007a IXYP 20N65C3D1M X007a IXYP 15N65C3D1M X007a IXYP 10N65C X005a IXYP 10N65C3D X005a IXYP 15N65C X005a IXYP 15N65C3D X005a IXY 20N65C X011b IXYH 20N65C X014a IXYP 20N65C3D X005a IXYH 30N65C X014a IXYH 30N65C3H X014a IXYT 30N65C3H1HV X019a IXYP 30N65C X005a IXYQ 40N65C3D X017a IXYH 40N65C X014a IXYH 40N65C3H X014a IXYH 40N65C3D X014a IXY 50N65C X011b IXYH 50N65C X014a IXYH 50N65C3D X014a IXYP 50N65C X005a IXYN 75N65C3D X027a IXYN 100N65C3H X027a IXYH 75N65C3H X014a IXYH 75N65C X014a IXYH 75N65C3D X014a IXYN 120N65C3D X027a IXYX 100N65C3D X015a IXYH 100N65C X014a IXYK 100N65C3D X020a IXYH 120N65C X014a X005a X007a X011b X011c X014a X015a X017a X019a X020a X027a Package style Outline drawings on pages O-31...O-52 TO-220B TO-220BFP TO-263B TO-263BHV TO-247D PLUS247 TO-3P TO-268HV TO-264 SOT-227B minibloc 18

39 Discrete XPT 650 V XPT Trench IGBTs XPT = Xtreme light Punch Through. short-circuit rated IGBTs IXX... IXY... IXX...D1/H1 IXY...D1/H1 Part Number V CES I C25 I C110 V CE(sat) t fi typ. E off typ. R thjc T C = 25 C T C = 110 C T C = 25 C T J = 150 C T J = 150 C Diode I F110 R thjc P C Diode Fig. max. T C = No. Diode 110 C New V V ns mj K/W K/W W B4 Class (10-30 khz switching) IXXH 30N65B X014a IXXH 60N65B X014a IXXH 60N65B4H X014a IXXH 40N65B X014a IXXH 40N65B4H X014a IXXR 110N65B4H X016a IXXH 80N65B X014a IXXH 80N65B4H X014a IXXN 110N65B4H X027a IXXK 110N65B4H X020a IXXX 110N65B4H X015a IXXK 160N65B X020a IXXX 160N65B X015a IXXK 200N65B X020a IXXX 200N65B X015a C4 Class (20-60 khz switching) IXXH 60N65C X014a IXXN 110N65C4H X027a IXXH 110N65C X014a IXXK 160N65C X020a IXXX 160N65C X015a X004 X007a X011b X014a X015a Package style Outline drawings on pages O-31...O-52 TO-252 TO-220BFP TO-263B TO-247D PLUS V XPT IGBT Part Number V CES I C25 I C110 V CE(sat) t fi typ. E off typ. R thjc T C = 25 C T C = 110 C (90 C) T C = 25 C T J = 125 C (150 C) T J = 125 C (150 C) Diode I F110 R thjc P C Diode Fig. max. T No. C = Diode 110 C New V V ns mj K/W K/W W 900V GenX3 XPT IGBTs IXY 8N90C3D X011b IXYP 8N90C X007a IXYP 8N90C3D X007a IXYY 8N90C X004 IXYH 24N90C X014a IXYH 24N90C3D1 44 (24) X014a IXYH 40N90C3D X014a IXYH 40N90C X014a IXYN 80N90C3H1 115 (70) 2.7 (98) (2.5) X027a IXYH 60N90C (165) (2.15) X014a IXYH 80N90C (98) (2.5) X014a IXYT 80N90C (98) (2.5) X019 IXYK 140N90C (125) (5) X020a IXYX 140N90C (125) (5) X015a X016a X020a X027a ISOPLUS247 TO-264 SOT-227B minibloc 19

40 Discrete XPT 1200V XPT IGBT XPT = Xtreme light Punch Through IXY... IXY...D1/H1 Part Number V CES I C25 I C110 V CE(sat) t fi typ. E off typ. R thjc T C = 25 C T C = 110 C T C = 25 C T J = 125 C T J = 125 C Diode I F110 R thjc P C Diode Fig. max. T No. C = Diode 110 C New V V ns mj K/W K/W W 1200V GenX3 XPT IGBTs B3 Class (5-30 khz switching) IXYH 40N120B3D X014a IXYH 40N120B X014a IXYN 100N120B3H X027a IXYK 100N120B X020a IXYX 100N120B X015a IXYK 120N120B X020a IXYX 120N120B X015a C3 Class (20-50 khz switching) IXYJ 20N120C3D X016c IXYJ 30N120C3D X016c IXYH 20N120C3D X014a IXYT 20N120C3D1HV X019a IXY 20N120C3HV X011c IXYH 20N120C X014a IXYP 20N120C X005a IXYR 50N120C3D1 56 * X016a IXYH 40N120C3D1 64 * X014a IXYH 30N120C X014a IXYH 30N120C3D X014a IXYP 30N120C X005a IXYH 40N120C X014a IXYH 50N120C3D1 90 ** X014a IXYH 50N120C X014a IXYR 100N120C X016a IXYN 82N120C X027a IXYN 82N120C3H X021a IXYN 100N120C3H X027a IXYN 100N120C X027a IXYB 82N120C3H X021a IXYK 100N120C X020a IXYX 100N120C X015a IXYH 82N120C X014a IXYK 120N120C X020a IXYX 120N120C X015a IXYN 120N120C X027a Package style Outline drawings on pages O-31...O-52 X005a X011c X014a X015a X016a X016c X019a X020a X021a X027a TO-220B TO-263BHV TO-247D PLUS247 ISOPLUS247 ISO247 TO-268HV TO-264 PLUS264 SOT-227B minibloc * T C = 90 C ** T C = 100 C T J = 150 C 20

41 Discrete XPT / NPT IGBT XPT IGBT XPT = Xtreme light Punch Through IX...R... IX...I... IXD... IX...IF... IXD...D1 Type V CES I C25 I C90 V CEsat typ E off R thjc I F90 New IGBT IGBT IGBT IGBT IGBT Diode Not for new design T C = 25 C T C = 90 C T J = 25 C T J = 125 C T C = 90 C ² under development V V mj K/W 650 V XPT IGBT IX 220I650N * * * - X027a 1200 V XPT IGBT IX 4I1200UC (100 ) X004 IX 4IF1200UC X004 ² IX 4IF1200PZ X011c IX 4IF1200TC X019 IX 12IF1200HB X014a IX 12IF1200PB X005a IX 12IF1200TC X019 IX 17IF1200HJ X016a IX 20IF1200HB X014a IX 20I1200PB X005a IX 20I1200PZ X011c IX 27IF1200HJ X016a IX 33IF1200HB X014a IX 37IF1200HJ X016a IX 45IF1200HB X014a IX 55I1200HJ X016a IX 60IF1200N X027a IX 70I1200N X027a IX 70R1200N 1) X027a 1200 V Fast Trench IGBT ITF 38IF1200HJ (80 C) (150 C) (80 C) X016a ITF 48IF1200HR (80 C) (150 C) (80 C) X016c ² ITF 58IF1200KB (80 C) (150 C) (80 C) X020a 1200 V X2PT IGBT ² IXG 80IF1200N (100 C) (150 C) 0.30 X027a ² IXG 110IF1200N 168 2) 110 (100 C) (150 C) 0.23 X027a ² IXG 110IF1200HF 170 2) 112 (100 C) (150 C) 0.18 X015a ² IXG 110IF1200KB 170 2) 112 (100 C) (150 C) 0.18 X020a ² IXG 150IF1200KF 234 2) 154 (100 C) (150 C) 0.13 X021a 1) boost configuration 2) die capability Diode Fig. No. X016a Package style Outline drawings on pages O-31...O-52 X004 X005a X011c X014a X016c X019 X020a TO-252 TO-220B TO-263BHV TO-247D ISOPLUS247 ISO247 TO-268 TO-264 NPT IGBT NPT = Non Punch Through 600 V NPT IGBT IXDP 20N60BD X005a IXDH 35N60BD X014a 1200 V NPT IGBT IXDH 20N X014a IXDH 20N120D X014a IXDH 30N X014a IXDH 30N120D X014a IXDR 30N120D X016a IXDN 55N120D X027a IXDN 75N X027a X021a X027a PLUS264 SOT-227B minibloc 21

42 G-Series PT IGBTs 600 and 1200 V IGBTs IXG...H1 IX... Part Number New V CES V I C25 T C = 25 C I C110 T C = 110 C V CE(sat) max. T J = 25 C V t fi typ. T J = 25 C ns E off typ. T J = 125 C mj R thjc max. K/W Diode I F110 Diode T C = 110 C R thjc max. Diode K/W PC W Fig. No. Package style Outline drawings on pages O-31...O-52 3 Class (up to 5kHz switching) IXGH 36N603D X014a IXGH 48N603D X014a IXGH 72N X014a IXGK 72N603H X020a IXGR 72N603H X016a IXGT 72N X019 IXGT 72N60B X019 IXGX 72N603H X015a IXGH 56N X014a IXGN 72N X027a IXGK 120N X020a IXGN 120N X027a IXGN 120N603D X027a IXGX 120N X015a IXGK 320N na X020a IXGN 320N na X027a IXGX 320N na X015a IXGN 400N na X027a IXG 36N603 na X011b IXG 48N603 na X011b IXGH 36N603 na X014a IXGH 48N603 na X014a IXGH 64N603 na X014a IXGP 36N603 na X005a IXGP 48N603 na X005a IXGR 64N603 na X016a IXGR 72N603 na X016a IXGT 64N603 na X019 IXGH 32N X014a IXGT 32N X019 IXG 12N na na X011b IXGH 12N na na X014a IXGP 12N na na X005a IXG 20N120B3 36 na X011b IXGP 20N120B3 36 na X005a IXG 20N X011b IXGH 20N X014a IXGP 20N X005a IXGR 55N1203H X016a IXGH 32N na na X014a IXGT 32N na X019 IXGK 55N1203H X020a IXGX 55N1203H X015a IXGK 120N X020a IXGX 120N X015a IXGK 82N X020a IXGX 82N X015a 22 X005a X011b X014a X015a X016a X019 X020a X027a TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TO-268 TO-264 SOT-227B minibloc

43 High Voltage NPT IGBTs 1700 V Low On-State Voltage NPT IGBTs IXG...H1 IX... Part Type V CES V I C T C = 25 C I C T C = 90 C (110 C) V CE(sat) T C = 25 C V E off typ T J = 125 C mj IXGH 6N X014a IXGT 6N X019 IXGH 10N X014a IXGT 10N X019 IXGH 16N X014a IXGT 16N X019 IXGR 32N170H X016a IXGF 32N (19) X024c IXGH 24N X014a IXGT 24N X019 IXGH 32N X014a IXGT 32N X019 IXGX 32N170H X015a IXGN 100N X027a IXGX 100N X015a IXGK 100N X020a R thjc K/W Diode Fig. No. Package style Outline drawings on pages O-31...O-52 X014a X015a X016a TO-247D PLUS247 ISOPLUS V NPT IGBTs X019 TO-268 Part Type Ø New V CES V I C T C = 25 C I C T C = 90 C (110 C) V CE(sat) T C = 25 C V t fi typ T J = 25 C ns E off typ T J = 125 C mj IXGR 6N (2.5) X016a IXGH 6N X014a IXGT 6N X019 IXGH 10N X014a IXGT 10N X019 IXGH 16N X014a IXGH 16N170H X014a IXGR 16N170H X016a IXGT 16N X019 IXGT 16N170H X019 IXGH 24N X014a IXGH 24N170H X014a IXGT 24N X019 IXGT 24N170H X019 IXGR 32N170H X016a IXGH 32N X014a IXGT 32N X019 IXGX 32N170H X015a R thjc K/W Diode I F90 Diode T C = 90 C R thjc Diode K/W Fig. No. X020a TO-264 X024c ISOPLUS i4-pc X027a SOT-227B minibloc 23

44 Very High Voltage NPT IGBTs 2.5 kv kv NPT IGBT IX... Part Type Ø New Not for new design ² under development V CES V I C25 T C = 25 C I C110 T C = 110 C (90 C) V CE(sat) max. T C = 25 C V t fi typ T J = 25 C ns E off typ T J = 125 C mj R thjc IGBT K/W P C W Fig. No. Package style Outline drawings on pages O-31...O-52 IXGF 20N (14) na X024c IXG 20N250HV na X011c IXGF 25N na X024c IXLF 19N X024c IXGH 25N na X014a IXGT 25N na X019 IXGT 25N250HV na X019a IXGL 75N (65) na X022e IXGK 75N na X020a IXGX 75N na X015a IXGH 10N (10) na X014a IXGF 20N (14) na X024c IXGF 25N (16) na X024c IXGF 36N na X024c ² IXG 65I3300KN (100 C) 2.8 tbd X022e IXEL 40N IX 40I4000KN ² IXG 50I4500KN (100 C) 3.2 tbd IXYF 30N na X024c IXYT 30N450HV na X019a IXYF 40N na X024c IXYH 30N450HV na X014c IXYL 60N na X022e IXYX 40N450HV na X015c X011c X014a X014c X015a TO-263BHV TO-247D TO-247HV PLUS247 X020a TO-264 X019a TO-268HV X016a ISOPLUS247 X024c ISOPLUS i4-pc X022e ISOPLUS264 X019 TO

45 BiMOSFETs (Monolithic Bipolar MOS Transistors) Reverse Conducting IGBTs (BiMOSFETs ) 1.6 kv kv Type Ø New V CES V I C25 T C = 25 C I C90 T C = 90 C (110 C) V CE(sat) typ (max) T C = 25 C (110 C) V IXBH 5N160G (70) 1.85 X014a IXBP 5N160G (70) 1.85 X005a IXBF 9N160G (70) 1.75 X024c IXBH 9N160G (70) 1.25 X014a IXBF 40N (40) 0.50 X024c IXBH 40N (40) 0.35 X014a IXBH 6N X014a IXBT 6N X019 IXB 16N170HV (6) 65 (150) 0.83 X011c IXBH 16N (6) 65 (150) 0.83 X014a IXBT 16N (6) 65 (150) 0.83 X019 IXBT 16N170HV (6) 65 (150) 0.83 X019a IXBH 10N (150) 0.89 X014a IXBT 10N (150) 0.89 X019 IXBN 42N (82) 0.40 X027a IXBH 16N (3.3) X014a IXBT 16N (3.3) X019 IXBH 42N (82) 0.35 X014a IXBT 42N (82) 0.35 X019 IXBR 42N (2.9) X016a IXBH 24N (2.5) X014a IXBT 24N (2.5) X019 IXBN 75N (175) 0.20 X027a IXBH 42N (2.8) X014a IXBT 42N (2.8) X019 IXBK 75N (175) 0.12 X020a IXBX 75N (175) 0.12 X015 IXBN 75N X027a IXBK 75N (75) X020a IXBX 75N (75) X015a IXCH 36N (36) X014a IXCK 36N (36) X020a IXBL 64N (46) X022e IXBK 64N (64) X020a IXBX 64N (64) X015a Q G typ nc t f (t fi ) typ T C = 125 C ns R thjc max. K/W Fig. No. X005a X011c X014a X015a X016a X019 X019a Package style Outline drawings on pages O-31...O-52 TO-220B TO-263BHV TO-247D PLUS247 ISOPLUS247 TO-268 TO-268HV X027a SOT-227B minibloc X024c ISOPLUS i4-pc X022e ISOPLUS264 X020a TO

46 BiMOSFETs (Monolithic Bipolar MOS Transistors) Reverse Conducting IGBTs (BiMOSFETs ) 3 kv kv Type Ø New V CES V I C25 T C = 25 C I C90 T C = 90 C (110 C) V CE(sat) typ (max) T C = 25 C (110 C) V IXBF 14N X024c IXBF 10N300C 29 (10) (t fi ) 0.52 X024c IXBH 10N (10) X014a IXB 10N300HV 34 (10) X011c IXBH 10N300HV 34 (10) X014c IXBF 15N300C 37 (15) (t fi ) 0.42 X024c IXBF 22N X024c IXB 14N300HV 38 (14) X011c IXBH 14N300HV 38 (14) X014c IXBF 32N X024c IXBF 28N X024c IXBL 20N300C 50 (20) (t fi ) 0.30 X022e IXBF 42N (20) X024c IXBT 22N300HV 60 (22) X019a IXBH 22N300HV 60 (22) X014c IXBX 28N300HV 62 (28) X015c IXBH 32N (32) X014a IXBH 32N300HV X014c IXBT 32N (32) X019 IXBT 32N300HV X019a IXBF 55N (34) X024c IXBH 42N300HV 104 (42) X014c IXBT 42N300HV 104 (42) X019a IXBK 55N (55) X020a IXBX 55N (55) X015a IXBF 20N (18) X024c IXBH 20N360HV 70 (20) X014c IXBT 20N360HV 70 (20) X019a IXBF 50N (28) X024c IXBL 60N (36) X022e IXBX 50N360HV 125 (50) X015c Q G typ nc t f typ T C = 125 C ns R thjc max. K/W Fig. No. Package style Outline drawings on pages O-31...O-52 X011c X014a X014c X015a TO-263BHV TO-247D TO-247HV PLUS247 X019a TO-268HV X019 TO-268 X015c PLUS247HV X024c ISOPLUS i4-pc X022e ISOPLUS264 X020a TO

47 IGBT Modules CBI Configuration Phase leg IGBT Module X112 E2-Pack Outline drawings on pages O-30...O-55 NTC T1 D1 T1B See data sheet for pin arrangement T2 D2 T2B Type ² under development V CES V I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E on IGBT T J = 150 C mj 1200 V X2PT IGBT E off IGBT T J = 150 C mj R thjc IGBT K/W I F80 Diode T C = 80 C ² MIXG 360PF1200TED 1) ) ) options: press fit pin version and phase change material; please contact IXYS sales office for availability 2) Rating correlates to parallel operation of T1@T1B (resp. T2@T2B) R thjc Diode K/W CBI 2 IGBT Modules X112 E2-Pack Outline drawings on pages O-30...O-55 See data sheet for pin arrangement NTC Type Rectifier 3~ Inverter 3~ Brake chopper V RRM I DVM R thjc V CES I C I C V CE(sat) R thjc V CES I C R thjc T C = typ. T C = T C = typ. typ. T C = typ. Not for new design 80 C 25 C 80 C 80 C Ø New V K/W V V K/W V K/W 600 V NPT IGBT MUBW MUBW MUBW V XPT IGBT Ø MIX 50WB600TED V NPT IGBT MUBW MUBW MUBW V Trench IGBT MUBW 15-12T V XPT IGBT MIX 10WB1200TED MIX 20WB1200TED MIX 30WB1200TED MIX 40WB1200TED

48 IGBT Modules CBI Configuration CBI 3 IGBT Modules X113 E3-Pack Outline drawings on pages O-31...O-52 See data sheet for pin arrangement NTC MIX...WH... MIX...WB... MUBW... Type Rectifier 3~ Inverter 3~ Brake chopper V RRM I DVM R thjc V CES I C I C V CE(sat) R thjc V CES I C R thjc Not for new design T H = 80 C typ. T C = 25 C T C = 80 C typ. typ. T C = 80 C typ. ² under development V K/W V V K/W V K/W 600 V NPT IGBT MUBW V NPT IGBT MUBW V Trench IGBT MUBW 50-12T MUBW 75-12T V XPT IGBT MIX 60WB1200TEH MIX 60WH1200TEH 1) C MIX 80WB1200TEH MIX 81WB1200TEH B 1200 V X2PT IGBT ² MIXG 70WB1200TEH (100 C) B ² MIXG 90WB1200TEH (100 C) B 1700 V Trench IGBT MUBW 50-17T MUBW 75-17T ) input rectifier half-controlled Layout Layout /31/32 26/27 Layout B /2 3/4 5/6 28/29 8/9 11/12 14/15 Layout C /34/35 24/

49 IGBT Modules Six-Pack configuration Six-Pack IGBT Modules X112 E2-Pack Outline drawings on pages O-30...O-55 See data sheet for pin arrangement NTC ² Ø Type under development Not for new design New V CES I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E off IGBT T J = 125 C mj R thjc IGBT I F25 Diode T C = 25 C I F80 Diode T C = 80 C V K/W 600 V NPT IGBT MWI T MWI T MWI T V XPT IGBT ² MIX 50W650TED 650 * (150 C) * * * B ² MIX 75W650TED * (150 C) * * * B 1200 V NPT IGBT MWI MWI V Trench IGBT MWI 50-12T7T B MWI 75-12T7T B 1200 V XPT IGBT MIX 30W1200TED 1) B MIX 40W1200TED 1) B MIX 60W1200TED 1) B MIX 80W1200TED 1) B 1200 V X2PT IGBT ² MIXG 70W1200TED 1) (100 C) B ² MIXG 90W1200TED 1) (100 C) B 1) options: press fit pin version and phase change material; please contact IXYS sales office for availability NTC Layout * in progress 13 (NTC option on some types) Layout T T /26 15/16 Layout B /24 21/22 19/ / /14 29

50 IGBT Modules Six-Pack configuration Six-Pack IGBT Modules X113 E3-Pack Outline drawings on pages O-31...O-52 See data sheet for pin arrangement NTC ² Ø Type under development Not for new design New V CES I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E off IGBT T J = 125 C mj R thjc IGBT I F25 Diode T C = 25 C I F80 Diode T C = 80 C V K/W 600 V NPT IGBT MWI MWI MWI V XPT TRENCH IGBT ² MIXD 200W650TEH 650 * (150 C) * * * B 1200 V NPT IGBT MWI MWI V SPT+ IGBT MIEB 100W1200DPFTEH B MIEB 101W1200EH MIEB 101W1200DPFEH V Trench IGBT MWI T8T B 1200 V XPT IGBT MIX 80W1200TEH 1) B MIX 100W1200TEH 1) B MIX 150W1200TEH 1) B 1200 V X2PT ²MIXG 120W1200DPFTEH 1) B Ø MIXG 120W1200TEH 1) B Ø MIXG 180W1200TEH 1) B Ø MIXG 240W1200TEH 1) (150 C) B 1200 V X2PT with Shunt Resistor ²MIXG 120W1200STEH 1) C ²MIXG 180W1200STEH 1) C ²MIXG 240W1200STEH 1) (150 C) C 1) options: press fit pin version and phase change material; please contact IXYS sales office for availability * in progress NTC Layout 13/21 30/31/32 16/17/ Layout Layout B / /34/35 13/14/ Layout C 46 NTC -dt 1 2 T1 D1 T RS D RS T5 D RS T2 D T4 D T6 D

51 IGBT Modules in MiniPack2B package MiniPack2B with PressFIT Pins X109 MiniPack2B Outline drawings on pages O-31...O-52 See data sheet for pin arrangement Multi Level Configuration...PM... T1 T2 T3 T4 D5 D6 Type IGBTs T1 &T4 IGBTs T2 & T3 Diodes D5 & D6 V RRM I C I C V CE(sat) R thjc I C I C V CE(sat) R thjc I D I D V F R thjc T C = T C = typ. typ. T C = T C = typ. typ. T C = T C = typ. typ. ² under development 25 C 80 C 25 C 80 C 25 C 80 C Ø New V V K/W V K/W V K/W MIX 50PM650TMI MIX 100PM650TMI ² MIXD 80PM650TMI CBI Configuration...WB... NTC Type Rectifier 3~ Inverter 3~ Brake chopper V RRM I DVM R thjc V CES I C I C V CE(sat) R thjc V CES I C R thjc T C = typ. T C = T C = typ. typ. T C = typ. 80 C 25 C 80 C 80 C V K/W V V K/W V K/W MIX 20WB1200TMI MIX 30WB1200TMI Six-Pack Configuration ² Type under development V CES V I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E off IGBT T J = 125 C mj R thjc IGBT K/W I F25 Diode T C = 25 C I F80 Diode T C = 80 C ² MIX 40W1200TMI ² MIX 60W1200TMI NTC 31

52 IGBT XPT Modules in SimBus F package space savings reduced protection circuits package designed for wave soldering Package style Outline drawings on pages O-31...O-52 X143 Type V CES I C80 IGBT V CE(sat) typ IGBT E on IGBT T J = 125 C mj E off IGBT T J = 125 C mj R thjc IGBT I F80 Diode R thjc Diode Ø New ² under development V T C = 80 C T J = 25 C V K/W T C = 80 C K/W XPT IGBT Phase-Leg MIX 600PF650TSF X143a MIX 225PF1200TSF MIX 300PF1200TSF MIX 450PF1200TSF X2PT IGBT Phase-Leg Ø MIXG 330PF1200TSF (150 C) 25 (150 C) Ø MIXG 490PF1200TSF (150 C) 48 (150 C) ² MIXG 660PF1200TSF (150 C) 61 (150 C) ² MIXG 300PF1700TSF ² MIXG 450PF1700TSF X2PT IGBT Phase-Leg with Shunt ² MIXG 330PF1200STSF (150 C) 25 (150 C) X143b ² MIXG 490PF1200STSF (150 C) 48 (150 C) ² MIXG 660PF1200STSF (150 C) 61 (150 C) X2PT IGBT Controlled Boost ² MIXG 660RF1200STSF (150 C) 61 (150 C) X143c XPT IGBT Brake / Boost MIX 225RF1200TSF ² MIXG 450RF1700TSF X143a XPT IGBT Multi Level (one half) ² MIX 430LD1200TSF X143d * in progress 1 two MIX 430DL1200TSF build a T-type (NPC2 type) multi level circuit Options: press fit pin version and phase change material; please contact IXYS sales office for availability Fig. No....PF... phase-leg...pf... phase-leg & shunt...rf... brake / boost...rf... controlled boost...ld... multi level (one half) 32

53 IGBT Full Bridge and SOLR Inverter Modules Full Bridge IGBT Modules NTC Ø Type Not for new design New Technology V CES V I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E off IGBT T J = 125 C mj I F80 Diode T C = 80 C MKI T NPT X112 MKI 50-12F7 Fast NPT MKI F X113 MIX 61H1200ED XPT X112 MIX 81H1200EH X113 Ø MIT 150H1700TEH Trench NTC Fig. No. Outline drawings on pages O-31...O-52 X112 E2-Pack X113 E3-Pack SOLR Inverter Modules Fast XPT IGBT Full Bridge & Boost Stage & Bypass Diode Type Ø New Technology V CES V I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E on IGBT T J = 150 C mj E off IGBT T J = 150 C mj I F80 Diode T C = 80 C MIXB 52HR600ED fast XPT & SONIC X112 MIXB 52HR600DCGED fast XPT & SiC Fig. No. 33

54 IGBT Modules Trench IGBT / XPT IGBT Modules ² Ø Type Not for new design under development New V CES V I C25 IGBT T C = 25 C I C80 IGBT T C = 80 C V CE(sat) typ IGBT T J = 25 C V E off IGBT T J = 150 C mj Half Bridge XPT IGBT Ø MIX 100PF650YI X127d Half Bridge Trench IGBT ² MITH 120PF1200YI X127d ² MITH 175PF1200YI ² MITH 225PF1200YI ² MITH 225PF1200LP X128e ² MITH 300PF1200LP ² MITH 450PF1200LP ² MITH 100PF1700YI X127d ² MITH 125PF1700YI ² MITH 200PF1700YI ² MITH 200PF1700LP X128e ² MITH 250PF1700LP ² MITH 350PF1700LP Boost Chopper Trench IGBT ² MITH 120RF1200YI X127e ² MITH 175RF1200YI ² MITH 225RF1200YI ² MITH 225RF1200LP X128f ² MITH 300RF1200LP ² MITH 450RF1200LP ² MITH 100RF1700YI X127e ² MITH 125RF1700YI ² MITH 200RF1700YI ² MITH 200RF1700LP X128f ² MITH 250RF1700LP ² MITH 350PF1700LP Brake/ Boost Chopper XPT IGBT MIX 80R1200V (125 C) X103 MIX 150R1200V (125 C) Buck Chopper Trench IGBT ² MITH 120QF1200YI X127f ² MITH 175QF1200YI ² MITH 225QF1200YI ² MITH 225QF1200LP X128g ² MITH 300QF1200LP ² MITH 450QF1200LP ² MITH 100QF1700YI X127f ² MITH 125QF1700YI ² MITH 200QF1700YI ² MITH 200QF1700LP X128g ² MITH 250QF1700LP ² MITH 350QF1700LP Buck Chopper XPT IGBT MIX 150Q1200V (125 C) X103 Buck / Boost switched reluctance Chopper XPT IGBT MIX 60HU1200V (125 C) X103 Outline drawings on pages O-31...O-52 MIX...HU... MIX...Q... MIX...R... R thjc IGBT K/W...PF......RF......QF... I F25 Diode T C = 25 C I F80 Diode T C = 80 C X103 V1-Pack X128e/f/g 62mm width X127d/e/f 34mm width Fig. No. 34 See data sheet for pin arrangement See data sheet for pin arrangement

55 Power MOSFETs and MOSFET Modules The Metal Oxide Semiconductor Field Effect Transistor (MOSFET) is a transistor that is used for high frequency switching control of power electronic systems. IXYS offer various MOSFET technology based on the customer requirement for voltage, switching frequency. table giving a diagrammatic representation of our basic MOSFET offerings is given below. RDSON / mm P Channel MOSFET 100 to 600V Q3 High Frequency MOSFET (MHz) 200V 1000V High Voltage MOSFET Polar Switched Mode Power MOSFET 55V 1200V Polar 2nd Generation 500V optmized platform Trench MOSFET 40V 300V featuring GIGMOS Polar 3rd Generation 500V 600V BREKDOWN VOLTGE Trench and Trench2 Power MOSFETs IXYS Trench Power MOSFETs are ideally suited for low-voltage, high-current applications. These MOSFETs feature an exceptionally low R DS(on), thus guaranteeing low power dissipation. Trench HiPerFET versions feature all of the advantages presented by IXYS Trench Standard Power MOSFETs with an added benefit of a fast intrinsic rectifier which provides low reverse recovery charge (Q rr ) and excellent commutating dv/dt ratings for enhanced power switching capabilities and device ruggedness. Polar Power MOSFETs Polar MOSFETs (IXT..) feature a proprietary cell design and process that has resulted in a MOSFET with a 30% reduction in R DS(on) per unit area along with a decrease in gate charge. IXYS has also reduced the wafer thickness, which substantially reduces the thermal resistance. The combination of lower R DS(on), lower gate charge Q g and higher power dissipation capability has resulted in a new class of MOSFETs, which will increase the cost effectiveness in switch mode power supply (SMPS) applications. IXYS Polar HiPerFETs (IXF..) combine the strengths of the Polar Standard product family with a faster body diode, whose reverse recovery time (trr) is reduced to make them suitable for phase-shift bridges. motor control and uninterruptible power supply applications (UPS). This family of HiPerFETs provide lowest R DS(on), low R thjc, low Q g, and enhanced DV/DT capability. PolarP2 Power MOSFETs PolarP2 devices are an optimized range of the standard Polar platform for 500V device rating. PolarP3 HiPerFET Power MOSFETs The PolarP3 HiPerFET product family is the latest addition to IXYS benchmark high-performance Polar-Series product line for our product portfolio between 500V and 600V. Its high Figure of Merit (FOM) being the multiplication of Q g and in R DS(on) provide an excellent alternative to weaker super junction technologies. ll IXYS Polar MOSFETs are tested 100% for avalanche energy providing the industries standard for reliability and ruggedness. X-Class Power MOSFETs These devices are developed using a charge compensation principle and proprietary process technology, resulting in Power MOSFETs with significantly reduced resistance R DS(on) and gate charge Q g. They also exhibit a superior dv/dt performance. Designed for such applications as switched-mode and resonant-mode power supplies, DC-DC converters, PFC circuits, C and DC motor drives, and robotic and servo control, these MOSFETs enable higher efficiency, along with high power density and cooler system performance. The X2-Class Power MOSFETs, devices with fast body diodes and avalanche ratings, are also available. Q3-Class HiPerFET MOSFETs Q3-Class HiPerFET MOSFETs (Identified by the suffix letter Q3) is the direct result of a revolutionary new chip design, which decreases the MOSFETs total gate charge (Q g ) and the Miller capacitance (C rss ), while maintaining the ruggedness and fast switching intrinsic diode of the company s current HiPerFET product line. The result is a MOSFET with dramatically improved switching efficiencies and thus enabling higher frequency operation and smaller power supplies. 35

56 Power MOSFETs and MOSFET Modules Extended FBSO Linear Power MOSFETs IXYS Extended FBSO Linear Power MOSFETs are a class of rugged Power MOSFETs tailored specifically for applications that require Power MOSFETs to operate in their current saturation region. These new devices feature low static drain to source onresistances and provide unparalleled performance and reliability in controlled current output applications. Typical applications that stand to benefit from this new class of extended FBSO power MOSFETs include circuit breakers, current sources, programmable loads, power controllers, power regulators, motor control, power amplifiers and soft start applications. In the linear mode, a power MOSFET is subjected to high thermo-electrical stress caused by the simultaneous occurrence of high drain voltage and current resulting in high power dissipation. IXYS has optimized the internal structure of these MOSFETs achieving an extended forward bias safe operating area (FBSO) capability to overcome the limitations posed by conventional power MOSFETs operating in current saturation region. These extended FBSO Power MOSFETs are not intended for high speed switching applications. Depletion-Mode MOSFET Depletion-Mode Power MOSFETs operate in a normally-on mode, not requiring energy or gate voltage for turn on. Unlike the regular enhancement type MOSFETs these Depletion-Mode MOSFETs require a negative gate bias to turn off. Consequently they remain on at or above zero gate bias voltage but otherwise have similar MOSFET characteristics. The normally-on operational mode of these devices combined with an enhanced linear operating capability allows for an ideal device selection in current sources, current regulators, solid-state relays, level shifting, active loads, start-up circuits and active power filters. Since these devices require no energy or gate voltage for turn-on, high energy efficiency can be achieved through device implementation in zero power normally on load switch applications. With the high degree of current regulation, these devices can also act as active inductors with high dynamic impedance in power filter applications to limit voltage and current noise and spikes. Furthermore these devices can provide active circuit protection to limit the surge of current during short-circuit or overload conditions. PolarP P-Channel Power MOSFETs IXYS Polar technology platform employed in our PolarP P-Channel MOSFETs utilizes a proprietary cell design that improves overall device efficiency and performance. This technology platform reduces on-state resistance by as much as 30% and gate charge by 40% compared to legacy counterparts. With such low onstate resistances, these devices offer low conduction and switching losses while a low input capacitance. The combination of low R DS(on) and gate charge allow for improved energy efficiency. These P-Channel MOSFETs are dynamic dv/dt and avalanche rated making them extremely rugged in demanding operating environments and can easily be paralleled due to an on-state resistance with a positive temperature coefficient. They are ideal for high side switching where a simple drive circuit referenced to ground can be used, circumventing additional high side driver circuitry commonly involved when using an N-Channel MOSFET. This will help designers to reduce component count and improve reliability. Furthermore it allows for the design of a complementary power output stage. with a corresponding IXYS N-Channel MOSFET. for a power half bridge stage with a simple drive circuit. TrenchP P-Channel Power MOSFETs This family of P-Channel devices benefit from technological advances derived from IXYS robust Trench cell design commonly implemented in their wide portfolio of industry recognized power devices. They feature an ultra low R DS(on). minimizing conduction losses and promoting improved operating and thermal efficiencies. These TrenchP P-Channel MOSFETs are suitable for high side switching where a simple drive circuit referenced to ground can be employed, circumventing additional high side driver circuitry commonly involved when using an N-Channel MOSFET. This enables designers to reduce component count, thereby improving drive circuit simplicity and cost structure. Furthermore it allows for the design of a complementary power output stage, with a corresponding IXYS N-Channel MOSFET, for a power half bridge stage with a simple drive circuit. Common applications that will greatly benefit from these devices include high side switching, high current regulators, DC Choppers, CMOS high power amplifiers, push-pull amplifiers and power solid state relays. Very High Voltage Power MOSFETs IXYS VHV N-Channel Power MOSFETs are specifically designed to address demanding, fast-switching applications requiring blocking capabilities of 2.5kV to 4.5kV. These VHV Power MOSFETs are also ideally suited for parallel operation due to the positive temperature coefficient of their on-state resistance. Parallel operation with these devices provides a more cost-effective solution than employing series-connected, lower-voltage MOSFETs. The reduction or replacement of multiple series-connected devices and the associated gate drive circuitry commonly involved, simplifies design, improves reliability and reduces over-all system cost. These VHV MOSFETs represent an optimal solution in applications such as laser and x-ray generation systems, high-voltage power supplies, pulse circuits, high voltage automated test equipment and capacitor discharge circuits. 4.5kV device offerings feature high isolation capability with superior thermal performance. 36

57 Trench Power MOSFETs Part Type New V DSS V I D(cont) Chip T C = 25 C R DS(on) T J = 25 C W IXTP 44N10T X005a IXTY 44N10T X004 IXTP 60N10T X005a IXT 60N10T X011b IXTQ 60N10T X017a IXTP 80N10T X005a IXT 80N10T X011b IXTF 200N10T X024d IXTL 2x180N10T X022c IXTP 130N10T X005a IXTH 130N10T X014a IXT 130N10T X011b IXTQ 130N10T X017a IXTP 180N10T X005a IXTH 180N10T X014a IXT 180N10T X011b IXTQ 180N10T X017a IXTN 200N10T X027a IXTH 200N10T X014a IXTQ 200N10T X017a IXTP 48N20T X005a IXT 48N20T X011b IXTQ 48N20T X017a IXTP 60N20T X005a IXT 60N20T X011b IXTQ 60N20T X017a IXTP 86N20T X005a IXT 86N20T X011b IXTQ 86N20T X017a IXTH 102N20T X014a IXTQ 102N20T X017a IXTH 130N20T X014a IXTP 50N25T X005a IXTH 50N25T X014a IXT 50N25T X011b IXTQ 50N25T X017a IXTP 76N25T X005a IXTH 76N25T X014a IXT 76N25T X011b IXTQ 76N25T X017a IXTH 86N25T X014a IXTQ 86N25T X017a IXTH 96N25T X014a IXTQ 96N25T X017a IXTH 110N25T X014a C iss typ. ns Q g typ. ns t rr typ. ns R thjc K/W P D W Fig. No. X004 X005a X011b X014a X017a X022c Package style Outline drawings on pages O-31...O-52 TO-252 TO-220B TO-263B TO-247D TO-3P ISOPLUS264 TM X024d ISOPLUS i4-pc TM X027a SOT-227B minibloc 37

58 Trench HiPerFETs with Fast Intrinsic Diode Part Type New V DSS V I D(cont) Chip T C = 25 C T C = 25 C R DS(on) Ω IXF 130N10T X011b IXFP 130N10T X005a IXFH 230N10T (82) X014a IXFX 360N10T X015a IXFN 360N10T X027a IXFK 360N10T X020a IXFX 420N10T X015a IXFN 420N10T X027a IXFK 420N10T X020a IXF 102N15T X011b IXFH 102N15T X014a IXFP 102N15T X005a IXFH 160N15T X014a IXFH 150N20T (100) X014a IXFT 150N20T (100) X019 IXFR 230N20T X016a IXFX 170N20T X015a IXFK 170N20T X020a IXFN 230N20T X027a IXFX 230N20T X015a IXFK 230N20T X020a IXFZ 140N25T D5 IXFH 110N25T X014a IXFH 120N25T (108) X014a IXFT 120N25T (108) X019 IXFN 140N25T X027a IXFX 140N25T X015a IXFK 140N25T X020a IXFN 180N25T X027a IXFX 180N25T X015a IXFK 180N25T X020a IXFH 46N30T X014a IXFT 46N30T X019 IXFH 86N30T X014a IXFT 86N30T X019 IXFH 94N30T (155) X014a IXFT 94N30T (155) X019 IXFX 120N30T X015a IXFK 120N30T X020a IXFN 160N30T X027a IXFX 160N30T X015a IXFK 160N30T X020a C iss typ. pf Q g typ. nc t rr max. (typ.) ns R thjc K/W P D W Fig. No. Package style Outline drawings on pages O-31...O-52 D5 DE 475 X005a X011b X014a X015a X016a X019 X020a X027a TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-268 TO-264 SOT-227B minibloc 38

59 TrenchT2 Power MOSFETs Part Type New V DSS V I D(cont) Chip T C = 25 C T C = 25 C R DS(on) Ω IXTP 100N04T X005a IXT 100N04T X011b IXTP 120N04T X005a IXT 120N04T X011b IXTP 160N04T X005a IXT 160N04T X011b IXTP 220N04T X005a IXT 220N04T X011b IXTP 300N04T X005a IXTH 300N04T X014a IXT 300N04T X011b IXTH 420N04T X014a IXTH 500N04T X014a IXTT 500N04T X019 IXTX 600N04T X015a IXTN 600N04T X027a IXTK 600N04T X020a IXT 90N055T X011b IXTP 90N055T X005a IXTY 90N055T X004 IXTP 110N055T X005a IXT 110N055T X011b IXTP 140N055T X005a IXT 140N055T X011b IXTP 200N055T X005a IXT 200N055T X011b IXTP 260N055T X005a IXTH 260N055T X014a IXT 260N055T X011b IXTH 360N055T X014a IXTT 360N055T X019 IXTH 440N055T X014a IXTT 440N055T X019 IXTX 550N055T X015a IXTN 550N055T X027a IXTK 550N055T X020a IXTZ 550N055T D5 IXTP 130N065T X005a IXT 130N065T X011b IXTP 70N075T X005a IXT 70N075T X011b IXTP 90N075T X005a IXT 90N075T X011b IXTP 120N075T X005a IXT 120N075T X011b IXTP 170N075T X005a IXT 170N075T X011b IXTP 230N075T X005a IXT 230N075T X011b IXTP 80N12T X005a IXT 80N12T X011b C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. X014a X019 Package style Outline drawings on pages O-31...O-52 D5 DE 475 X004 X005a X011b X015a X020a X027a TO-252 TO-220B TO-263B TO-247D PLUS247 TO-268 TO-264 SOT-227B minibloc 39

60 TrenchT2 Power MOSFETs TrenchT2 in SMPD Package Part Type New V DSS TrenchT2 HiPerFETs V I D(cont) Chip T C = 25 C T C = 25 C IXFP 230N075T X007a IXFH 230N075T X014a IXF 230N075T X011b IXFH 340N075T X014a IXFT 340N075T X019 IXFH 400N075T X014a IXFT 400N075T X019 IXFZ 520N075T n/a D5 IXFN 520N075T n/a X027a IXFX 520N075T n/a X015a IXFK 520N075T n/a X020a IXFP 130N10T n/a X007a IXF 130N10T n/a X011b IXFP 180N10T X007a IXF 180N10T X011b IXFH 320N10T X014a IXFT 320N10T X019 IXFP 76N15T X007a IXF 76N15T X011b IXFP 110N15T X007a IXFH 110N15T X014a IXF 110N15T X011b IXFH 160N15T n/a X014a IXFX 240N15T n/a X015a IXFN 240N15T n/a X027a IXFK 240N15T n/a X020a IXFN 360N15T n/a X027a IXFX 360N15T n/a X015a IXFK 360N15T n/a X020a IXFX 220N17T n/a X015a IXFK 220N17T n/a X020a IXFN 320N17T n/a X027a IXFX 320N17T n/a X015a IXFK 320N17T n/a X020a IXFH 150N17T n/a X014a IXFT 150N17T n/a X019 TrenchT4 Power MOSFETs R DS(on) Ω MMIX 1T600N04T X031a MMIX 1T550N055T MMIX 1F520N075T C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. Package style Outline drawings on pages O-31...O-52 X031a SMPD-X D5 DE 475 X005a X007a X011b X012b X014a X015a X019 X020a TO-220B TO-220FPB TO-263B TO-263B TO-247D PLUS247 TO-268 TO-264 IXTP 270N04T X005a IXT 270N04T X012b IXTH 270N04T X014a IXT 270N04T X011b IXT 340N04T X011b IXT 340N04T X012b IXTH 340N04T X014a IXTP 340N04T X005a 40 X027a SOT-227B minibloc

61 Polar Standard MOSFETs Part Type New V DSS V R DS(on) I D(cont) Chip T J = 25 C T J = 25 C Ω IXTP 75N10P X005a IXT 75N10P X011b IXTQ 75N10P X017a IXTT 110N10P X019 IXTQ 110N10P X017a IXTR 200N10P X016a IXTT 140N10P X019 IXTQ 140N10P X017a IXTK 170N10P X020a IXTT 170N10P X019 IXTQ 170N10P X017a IXTK 200N10P X020a IXTP 62N15P X005a IXT 62N15P X011b IXTQ 62N15P X017a IXTT 96N15P X019 IXTQ 96N15P X017a IXTT 120N15P X019 IXTQ 120N15P X017a IXTK 150N15P X020a IXTQ 150N15P X017a IXTK 180N15P X020a IXTP 50N20P X005a IXT 50N20P X011b IXTQ 50N20P X017a IXTT 74N20P X019 IXTQ 74N20P X017a IXTH 96N20P X014a IXTT 96N20P X019 IXTQ 96N20P X017a IXTK 120N20P X020a IXTQ 120N20P X017a IXTK 140N20P X020a IXTP 42N25P X005a IXT 42N25P X011b IXTQ 42N25P X017a IXTT 64N25P X019 IXTQ 64N25P X017a IXTK 82N25P X020a IXTT 82N25P X019 IXTQ 82N25P X017a IXTK 100N25P X020a IXTT 100N25P X019 IXTQ 100N25P X017a IXTK 120N25P X020a IXTP 36N30P X005a IXT 36N30P X011b IXTQ 36N30P X017a IXTT 52N30P X019 IXTQ 52N30P X017a IXTT 69N30P X019 IXTQ 69N30P X017a IXTH 88N30P X014a IXTK 88N30P X020a IXTT 88N30P X019 IXTQ 88N30P X017a IXTK 102N30P X020a IXTK 140N30P X020a C iss typ pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. Package style Outline drawings on pages O-31...O-52 X005a X011b X014a X016a X017a X019 X020a TO-220B TO-263B TO-247D ISOPLUS247 TM TO-3P TO-268 TO

62 Polar Standard MOSFETs 42 Part Type V DSS V I D(cont) Chip R DS(on) C iss T C = 25 C T J = 25 C typ Ω IXTP 12N50P X005a IXT 12N50P X011b IXTP 16N50P X005a IXT 16N50P X011b IXTQ 16N50P X017a IXTH 22N50P X014a IXTQ 22N50P X017a IXTT 26N50P X019 IXTQ 26N50P X017a IXTH 30N50P X014a IXTT 30N50P X019 IXTQ 30N50P X017a IXTH 36N50P X014a IXTT 36N50P X019 IXTQ 36N50P X017a IXTQ 44N50P X017a IXTP 10N60P X005a IXT 10N60P X011b IXTP 14N60P X005a IXT 14N60P X011b IXTQ 14N60P X017a IXTQ 18N60P X017a IXTQ 22N60P X017a IXTH 26N60P X014a IXTT 26N60P X019 IXTQ 26N60P X017a IXTH 30N60P X014a IXTT 30N60P X019 IXTQ 30N60P X017a IXTP 05N100P X005a IXT 05N100P X011b IXTP 08N100P X005a IXTY 08N100P X004 IXT 08N100P X011b IXTP 1N100P X005a IXTY 1N100P X004 IXT 1N100P X011b IXTP 1R4N100P X005a IXTY 1R4N100P X004 IXT 1R4N100P X011b IXTP 2N100P X005a IXTY 2N100P X004 IXT 2N100P X011b IXTP 3N100P X005a IXTH 3N100P X014a IXT 3N100P X011b IXTP 02N120P X005a IXTY 02N120P X004 IXTP 06N120P X005a IXT 06N120P X011b IXTP 08N120P X005a IXT 08N120P X011b IXTP 1N120P X005a IXT 1N120P X011b IXTP 1R4N120P X005a IXT 1R4N120P X011b IXTP 2R4N120P X005a IXTH 2R4N120P X014a IXT 2R4N120P X011b pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. X004 Package style Outline drawings on pages O-31...O-52 X005a X011b X014a X017a X019 TO-252 TO-220B TO-263B TO-247D TO-3P TO-268

63 Polar HiPerFETs with Fast Intrinsic Diode Part Type V DSS V I D(cont) Chip R DS(on) C iss T C = 25 C T J = 25 C typ Ω IXFH 110N10P X014a IXFR 200N10P X016a IXFH 140N10P X014a IXFT 140N10P X019 IXFH 170N10P X014a IXFK 170N10P X020a IXFX 200N10P X015a IXFN 200N10P X027a IXFK 200N10P X020a IXFX 250N10P X015a IXFK 250N10P X020a IXFN 300N10P X027a IXFB 300N10P X021a IXFH 96N15P X014a IXFR 180N15P X016a IXFH 120N15P X014a IXFT 120N15P X019 IXFN 180N15P X027a IXFH 150N15P X014a IXFK 150N15P X020a IXFX 180N15P X015a IXFK 180N15P X020a IXFX 220N15P X015a IXFK 220N15P X020a IXFH 74N20P X014a IXFR 140N20P X016a IXFH 96N20P X014a IXFT 96N20P X019 IXFN 140N20P X027a IXFH 120N20P X014a IXFK 120N20P X020a IXFK 140N20P X020a IXFX 170N20P X015a IXFK 170N20P X020a IXFN 210N20P X027a IXFB 210N20P X021a IXFH 100N25P X014a IXFX 120N25P X015a IXFK 120N25P X020a IXFH 52N30P X014a IXFR 102N30P X016a IXFH 69N30P X014a IXFT 69N30P X019 IXFR 140N30P X016a IXFN 102N30P X027a IXFH 88N30P X014a IXFK 88N30P X020a IXFT 88N30P X019 IXFK 102N30P X020a IXFN 140N30P X027a IXFN 170N30P X027a IXFX 140N30P X015a IXFK 140N30P X020a IXFB 170N30P X021a pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. X014a X016a X019 Package style Outline drawings on pages O-31...O-52 X015a X020a X021a X027a TO-247D PLUS247 ISOPLUS247 TM TO-268 TO-264 PLUS264 SOT-227B minibloc 43

64 Polar HiPerFETs with Fast Intrinsic Diode 44 Part Type V DSS V I D(cont) Chip R DS(on) C iss T C = 25 C T J = 25 C typ Ω IXFP 12N50P X005a IXF 12N50P X011b IXFP 16N50P X005a IXFH 16N50P X014a IXF 16N50P X011b IXFR 36N50P X016a IXFH 22N50P X014a IXFR 44N50P X016a IXFH 26N50P X014a IXFH 30N50P X014a IXFT 30N50P X019 IXFH 36N50P X014a IXFT 36N50P X019 IXFR 64N50P X016a IXFH 44N50P X014a IXFK 44N50P X020a IXFT 44N50P X019 IXFR 80N50P X016a IXFN 64N50P X027a IXFX 64N50P X015a IXFK 64N50P X020a IXFN 80N50P X027a IXFL 100N50P X022a IXFX 80N50P X015a IXFK 80N50P X020a IXFN 100N50P X027a IXFB 100N50P X021a IXFP 10N60P X005a IXF 10N60P X011b IXFP 14N60P X005a IXFH 14N60P X014a IXF 14N60P X011b IXFR 30N60P X016a IXFH 18N60P X014a IXFR 36N60P X016a IXFH 22N60P X014a IXFH 26N60P X014a IXFT 26N60P X019 IXFH 30N60P X014a IXFT 30N60P X019 IXFR 48N60P X016a IXFR 64N60P X016a IXFH 36N60P X014a IXFK 36N60P X020a IXFT 36N60P X019 IXFN 48N60P X027a IXFX 48N60P X015a IXFK 48N60P X020a IXFN 64N60P X027a IXFL 82N60P X022a IXFX 64N60P X015a IXFK 64N60P X020a IXFB 82N60P X021a IXFN 82N60P X027a pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. X005a X011b X014a X015a X016a X019 Package style Outline drawings on pages O-31...O-52 X020a X021a X022a X027a TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-268 TO-264 PLUS264 ISOPLUS264 TM SOT-227B minibloc

65 Polar HiPerFETs with Fast Intrinsic Diode Part Type V DSS V I D(cont) Chip R DS(on) C iss T C = 25 C T J = 25 C typ Ω IXFP 7N80P X005a IXF 7N80P X011b IXFR 20N80P X016a IXFP 10N80P X005a IXFH 10N80P X014a IXF 10N80P X011b IXFQ 10N80P X017a IXFH 12N80P X014a IXFQ 12N80P X017a IXFR 24N80P X016a IXFH 14N80P X014a IXFT 14N80P X019 IXFQ 14N80P X017a IXFH 16N80P X014a IXFT 16N80P X019 IXFR 32N80P X016a IXFH 20N80P X014a IXFT 20N80P X019 IXFH 24N80P X014a IXFK 24N80P X020a IXFT 24N80P X019 IXFR 44N80P X016a IXFN 32N80P X027a IXFX 32N80P X015a IXFK 32N80P X020a IXFN 44N80P X027a IXFL 60N80P X022a IXFX 44N80P X015a IXFK 44N80P X020a IXFN 60N80P X027a IXFB 60N80P X021a IXFR 18N90P X016a IXFH 12N90P X014a IXFR 24N90P X016a IXFH 18N90P X014a IXFT 18N90P X019 IXFR 40N90P X016a IXFH 24N90P X014a IXFT 24N90P X019 IXFK 32N90P X020a IXFX 32N90P X015a IXFN 40N90P X027a IXFX 40N90P X015a IXFK 40N90P X020a IXFN 52N90P X027a IXFB 52N90P X021a IXFN 56N90P X027a pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. X005a X011b X014a X015a X016a X019 Package style Outline drawings on pages O-31...O-52 X017a X020a X021a X022a X027a TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-3P TO-268 TO-264 PLUS264 ISOPLUS264 TM SOT-227B minibloc 45

66 Polar HiPerFETs with Fast Intrinsic Diode 46 Part Type V DSS V I D(cont) Chip R DS(on) C iss T C = 25 C T J = 25 C typ Ω IXFP 4N100P X005a IXF 4N100P X011b IXFP 5N100P X005a IXFH 5N100P X014a IXF 5N100P X011b IXF 7N100P X011b IXFH 7N100P X014a IXFP 7N100P X005a IXFH 10N100P X014a IXFR 20N100P X016a IXFH 12N100P X014a IXFR 26N100P X016a IXFH 15N100P X014a IXFR 32N100P X016a IXFH 20N100P X014a IXFT 20N100P X019 IXFL 44N100P X022a IXFN 26N100P X027a IXFX 26N100P X015a IXFK 26N100P X020a IXFN 32N100P X027a IXFL 38N100P X022e IXFX 32N100P X015a IXFK 32N100P X020a IXFN 44N100P X027a IXFN 38N100P X027a IXFB 44N100P X021a IXFL 40N110P X022a IXFL 36N110P X022a IXFN 40N110P X027a IXFB 40N110P X021a IXFP 6N120P X005a IXFH 6N120P X014a IXF 6N120P X011b IXFR 16N120P X016a IXFH 12N120P X014a IXFR 20N120P X016a IXFR 26N120P X016a IXFH 16N120P X014a IXFT 16N120P X019 IXFL 30N120P X022a IXFX 20N120P X015a IXFN 20N120P X027a IXFK 20N120P X020a IXFN 26N120P X027a IXFL 32N120P X022e IXFX 26N120P X015a IXFK 26N120P X020a IXFB 30N120P X021a IXFN 30N120P X027a IXFN 32N120P X027a pf Q g typ nc t rr typ ns R thjc K/W P D W Fig. No. X005a X011b X014a X015a X016a X019 Package style Outline drawings on pages O-31...O-52 X020a X021a X022a TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM X022e ISOPLUS264/i5-pac X027a TO-268 TO-264 PLUS264 ISOPLUS264 TM SOT-227B minibloc

67 PolarP2 Power MOSFETs Part Type New V DSS V I D(cont) Chip T C = 25 C PolarP2 Standard Power MOSFETs R DS(on) T J = 25 C IXTH 450P X014a IXTP 450P X005a IXTQ 450P X017a IXT 460P X011b IXTH 460P X014a IXTP 460P X005a IXTQ 460P X017a IXTQ 470P X017a IXTQ 480P X017a PolarP2 HiPerFETs with Fast Intrinsic Diode Ω IXFQ 24N50P X017a IXFH 42N50P X014a IXFT 42N50P X019 IXFH 52N50P X014a IXFT 52N50P X019 IXFN 94N50P X027a IXFK 74N50P X020a IXFX 74N50P X015a IXFK 94N50P X020a IXFX 94N50P X015a IXFB 120N50P X021a C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. X005a X011b X014a X015a X017a Package style Outline drawings on pages O-31...O-52 TO-220B TO-263B TO-247D PLUS247 TO-3P PolarP3 HiPerFETs Part Type New V DSS V I D(cont) Chip T C = 25 C R DS(on) T J = 25 C Ω C iss typ. pf Q g typ. nc t rr max. (typ.) ns IXFP 36N30P (125) X005a IXF 36N30P (125) X011b IXFH 94N30P X014a IXFQ 94N30P X017a IXFT 94N30P X019 IXFL 210N30P X022e IXFK 120N30P X020a IXFX 120N30P X015a IXFK 150N30P X020a IXFX 150N30P X015a IXFN 210N30P X027a IXFB 210N30P X021a IXFJ 26N50P X016c IXF 16N50P X011b IXFH 16N50P X014a IXFP 16N50P X005a IXF 20N50P X011b IXFH 20N50P X014a IXFP 20N50P X005a IXFQ 20N50P X017a IXF 26N50P X011b IXFH 26N50P X014a IXFP 26N50P X005a IXFQ 26N50P X017a IXFH 34N50P X014a R thjc K/W P D W Fig. No. X019 X020a X021a X022e X027a TO-268 TO-264 PLUS264 ISOPLUS264 SOT-227B minibloc 47

68 PolarP3 HiPerFETs and SiC Power MOSFETs R DS(on) Part Type V DSS I D(cont) Chip C iss Q g t rr R thjc P D T C = 25 C T J = 25 C typ. typ. typ. Fig. No. V Ω pf nc ns K/W W IXFQ 34N50P X017a IXFH 50N50P X014a IXFQ 50N50P X017a IXFT 50N50P X019 IXFH 60N50P X014a IXFQ 60N50P X017a IXFT 60N50P X019 IXFL 132N50P X022e IXFK 78N50P X020a IXFX 78N50P X015a IXFK 98N50P X020a IXFX 98N50P X015a IXFN 132N50P X027a IXFB 132N50P X021a IXF 14N60P X011b IXFH 14N60P X014a IXFP 14N60P X005a IXF 16N60P X011b IXFH 16N60P X014a IXFP 16N60P X005a IXF 22N60P X011b IXFH 22N60P X014a IXFP 22N60P X005a IXFQ 22N60P X017a IXFH 28N60P X014a IXFQ 28N60P X017a IXFH 42N60P X014a IXFR 80N60P X016a IXFH 50N60P X014a IXFQ 50N60P X017a IXFT 50N60P X019 IXFK 64N60P X020a IXFX 64N60P X015a IXFN 80N60P X027a IXFK 80N60P X020a IXFX 80N60P X015a IXFN 110N60P X027a IXFB 110N60P X021a PolarP3 Power MOSFET with Current & Temperature Sensing in SMPD Package MMIX 1T132N50P X031a SiC Power MOSFETs Part Type New V DSS V I D25 T C = 25 C R DS(on) T C = 25 C mw (MX) C iss typ pf Q g typ nc R thjc K/W t rr Diode typ ns V SD Diode typ V IXFN 50N120SiC X027a IXFN 50N120SK * ² MCB 40P1200LB X030a IXFN 70N120SK * X027a MCB 60I1200TZ X019a ² IXFN 90N170SK * X027a * ) Kelvin source gate connection Fig. No. X005a X011b X014a X015a X016a X017a X019 X020a X022e Package style Outline drawings on pages O-31...O-52 TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-3P TO-268 X019a see page 49 X021a TO-264 ISOPLUS264 X027a SOT-227B minibloc X031a PLUS264 X030a see page 08 SMPD-X 48

69 X2-Class Power MOSFETs Part Type New V DSS V I D(cont) Chip T C = 25 C X2-Class Power MOSFETs R DS(on) T J = 25 C Ω IXTP 2N65X X005a IXTY 2N65X X004 IXTY 4N65X X004 IXTP 4N65X X005a IXTP 8N65X2M X007a IXT 4N65X X011b IXTY 8N65X X004 IXTP 8N65X X005a IXT 8N65X X011b IXTP 24N65X2M X007a IXT 12N65X X011b IXTP 12N65X X005a IXTH 12N65X X014a IXTH 24N65X X014a IXTP 24N65X X005a IXT 24N65X X011b IXTP 34N65X X005a IXTT 34N65X2HV X019a IXTH 34N65X X014a IXT 34N65X X011b IXTH 48N65X X014a IXTR 102N65X X016a IXTH 62N65X X014a IXTN 102N65X X027a IXTH 80N65X X014a IXTX 102N65X X015a IXTK 102N65X X020a IXTX 120N65X X015a IXTK 120N65X X020a Ultra Junction X2-Class HiPerFET Power MOSFETs with Fast Body Diodes IXFP 22N65X X005a IXFH 22N65X X014a IXF 22N65X X011b IXFP 34N65X X005a IXFH 34N65X X014a IXF 34N65X X011b IXFH 46N65X X014a IXFH 60N65X X014a IXFT 60N65X2HV X019a IXFH 80N65X X014a IXFT 80N65X2HV X019a IXFK 80N65X X020a IXFX 100N65X X015a IXFK 100N65X X020a IXFN 120N65X X027a IXFX 120N65X X015a IXFK 120N65X X020a IXFN 150N65X X027a IXFB 150N65X X021a IXFN 170N65X X027a C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. X004 X005a X007a X011b X014a X015a X016a X017a X019 X019a X020a X021a X027a Package style Outline drawings on pages O-31...O-52 TO-252 TO-220B TO-220FPB TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-3P TO-268 TO-268HV TO-264 PLUS264 SOT-227B minibloc 49

70 Q3-Class HiPerFET Power MOSFETs Part Type max. Fig. T C = 25 C T J = 25 C typ. typ. (typ.) No. V DSS I D(cont) Chip R DS(on) C iss Q g t rr R thjc P D New V W pf nc ns K/W W IXFH 70N20Q X014a IXFT 70N20Q X019 IXFH 50N30Q X014a IXFT 50N30Q X019 IXFT 70N30Q X019 IXFH 70N30Q X014a IXFR 44N50Q X016a IXFT 30N50Q X019 IXFH 30N50Q X014a IXFH 44N50Q X014a IXFT 44N50Q X019 IXFR 64N50Q X016a IXFR 80N50Q X016a IXFN 80N50Q X027a IXFK 64N50Q X020a IXFX 64N50Q X015a IXFX 80N50Q X015a IXFK 80N50Q X020a IXFN 100N50Q X027a IXFB 100N50Q X021a IXFR 48N60Q X016a IXFR 64N60Q X016a IXFK 48N60Q X020a IXFX 48N60Q X015a IXFK 64N60Q X020a IXFX 64N60Q X015a IXFN 82N60Q X027a IXFB 82N60Q X021a IXFR 32N80Q X016a IXFK 32N80Q X020a IXFX 32N80Q X015a IXFN 44N80Q X027a IXFX 44N80Q X015a IXFK 44N80Q X020a IXFN 62N80Q X027a IXFB 62N80Q X021a IXFR 15N100Q X016a IXFT 15N100Q X019 IXFH 15N100Q X014a IXFH 18N100Q X014a IXFT 18N100Q X019 IXFR 24N100Q X016a IXFR 32N100Q X016a IXFK 24N100Q X020a IXFX 24N100Q X015a IXFN 32N100Q X027a IXFK 32N100Q X020a IXFX 32N100Q X015a IXFN 44N100Q X027a IXFB 44N100Q X021a IXFN 40N110Q (434) X027a IXFB 40N110Q (434) X021a 50 Package style Outline drawings on pages O-31...O-52 X014a X015a X016a X019 X019a X020a X021a X027a TO-247D PLUS247 ISOPLUS247 TM TO-268 TO-268HV TO-264 PLUS264 SOT-227B minibloc

71 Very High Voltage Power MOSFETs (2-4.5 kv) V DSS I D(cont) Chip R DS(on) C iss Q g t rr R thjc P D Part Type Fig. T C = 25 C T J = 25 C typ. typ. typ. No. New V W pf nc ns K/W W IXTH 1N200P X014a IXTH 1N200P3HV X014c IXT 1N200P3HV X011c IXTH 3N200P3HV X014c IXTT 3N200P3HV X019a IXTX 6N200P3HV X015c IXTH 06N220P3HV X014c IXTH 1R8N220P3HV X014c IXT 02N250HV X011c IXTH 02N X014a IXTH 05N250P3HV X014c IXTF 1N X024c IXTH 1R4N250P X014a IXTH 1N X014a IXTT 1N250HV X019a IXTN 5N X027a IXTK 5N X020a IXTX 5N X015a IXTH 04N300P3HV X014c IXTT 1N300P3HV X019a IXTH 1N300P3HV X014c IXTX 4N300P3HV X015c IXTH 02N450HV X014c IXTF 02N X024c IXTT 02N450HV X019a IXTF 1N X024c IXTT 1N450HV X019a IXTH 1N450HV X014c IXTL 2N X022e Legacy (Standard) Power MOSFETs R DS(on) Part Type V DSS I D(cont) Chip C iss P D T C = 25 C T J = 25 C typ. typ. typ. Fig. No. New V Ω pf nc ns K/W W IXTU 01N X003 IXTY 01N X004 IXTP 05N X005a IXTU 05N X003 IXTY 05N X004 IXT 05N X011b IXT 05N100HV X011c IXTP 1N X005a IXT 1N X011b IXTP 2N X005a IXT 2N X011b IXTX 24N X015a IXTP 3N X005a IXTH 3N X014a IXT 3N X011b IXT 3N120HV X011c IXTH 6N X014a IXTT 6N X019 IXT 3N150HV X011c IXTH 3N X014a IXTJ 3N X016c IXT 4N150HV X011c IXTH 4N X014a IXTJ 4N X016c IXTT 4N150HV X019a IXTH 6N X014a IXTJ 6N X016c IXTT 6N X014a IXTT 12N150HV X019a Q g t rr R thjc Package style Outline drawings on pages O-31...O-52 X003 X004 X005a X011c X014a X014c X015a X015c X016c TO-251 TO-252 TO-220B TO-263BHV TO-247D TO-247HV PLUS247 PLUS247HV ISO247 X022e ISOPLUS264/i5-Pak X024c ISOPLUS i4-pc TM 51

72 LinearL2 Power MOSFETs with Extended FBSOs Part Type New V DSS V I D(cont) Chip T C = 25 C R DS(on) T J = 25 C Ω IXTP 80N075L X005a IXT 80N075L X011b IXTH 80N075L X014a IXT 64N10L X011b IXTH 64N10L X014a IXTP 64N10L X005a IXTH 75N10L X014a IXTT 75N10L X019 IXTH 110N10L X014a IXTT 110N10L X019 IXTN 200N10L X027a IXTX 200N10L X015a IXTK 200N10L X020a IXTH 60N20L X014a IXTT 60N20L X019 IXTQ 60N20L X017a IXTN 110N20L X027a IXTX 110N20L X015a IXTK 110N20L X020a IXTX 90N25L X015a IXTN 90N25L X027a IXTK 90N25L X020a IXT 15N50L X011b IXTP 15N50L X005a IXTH 15N50L X014a IXTH 30N50L X014a IXTT 30N50L X019 IXTQ 30N50L X017a IXTH 40N50L X014a IXTT 40N50L X019 IXTQ 40N50L X017a IXTN 60N50L X027a IXTX 60N50L X015a IXTK 60N50L X020a IXTH 30N60L X014a IXTT 30N60L X019 IXTQ 30N60L X017a C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. X005a X011b X014a X017a X015a Package style Outline drawings on pages O-31...O-52 TO-220B TO-263B TO-247D TO-3P PLUS247 X027a SOT-227B minibloc X020a TO-264 X019 TO

73 Depletion-Mode MOSFETs Part Type V DSS I D(cont) Chip R DS(on) V GS(off) C iss C rss Q g P D T C = 25 C T J = 25 C max. typ. typ. typ. Fig. No. New V Ω V pf pf nc W IXTH 16N10D X014a IXTT 16N10D X019 IXTH 16N20D X014a IXTT 16N20D X019 IXTP 08N50D X005a IXTY 08N50D X004 IXT 08N50D X011b IXTP 1R6N50D X005a IXTY 1R6N50D X004 IXT 1R6N50D X011b IXTP 3N50D X005a IXT 3N50D X011b IXTP 6N50D X005a IXTH 6N50D X014a IXT 6N50D X011b IXTH 16N50D X014a IXTT 16N50D X019 IXTP 08N100D X005a IXTY 08N100D X004 IXT 08N100D X011b IXT 08N100D2HV X011c IXTP 1R6N100D X005a IXTY 1R6N100D X004 IXT 1R6N100D X011b IXTP 3N100D X005a IXT 3N100D X011b IXT 3N100D2HV X011c IXTP 6N100D X005a IXTH 6N100D X014a IXT 6N100D X011b IXTT 10N100D X019 IXTH 10N100D X014a IXT 1N170DHV X011c IXTH 1N170DHV X014c IXTT 2N170D X019 IXTH 2N170D X014a X004 X005a X011b X011c Package style Outline drawings on pages O-31...O-52 TO-252 TO-220B TO-263B TO-263BHV X019 TO-268 X014c TO-247HV X014a TO-247D 53

74 PolarP P-Channel Power MOSFETs Part Type V DSS V I D(cont) Chip T C = 25 C R DS(on) T J = 25 C Ω IXTX 32P60P X015a IXTN 32P60P X027a IXTK 32P60P X020a IXTR 32P60P X016a IXTH 16P60P X014a IXTT 16P60P X019 IXTR 16P60P X016a IXTX 40P50P X015a IXTN 40P50P X027a IXTK 40P50P X020a IXTR 40P50P X016a IXTH 20P50P X014a IXTT 20P50P X019 IXTR 20P50P X016a IXTP 10P50P X005a IXTH 10P50P X014a IXT 10P50P X011b IXTQ 10P50P X017a IXTX 90P20P X015a IXTN 90P20P X027a IXTK 90P20P X020a IXTR 90P20P X016a IXTH 48P20P X014a IXTT 48P20P X019 IXTR 48P20P X016a IXTP 26P20P X005a IXTH 26P20P X014a IXT 26P20P X011b IXTQ 26P20P X017a IXTP 36P15P X005a IXTH 36P15P X014a IXT 36P15P X011b IXTQ 36P15P X017a IXTR 36P15P X016a IXTX 170P10P X015a IXTN 170P10P X027a IXTK 170P10P X020a IXTR 170P10P X016a IXTH 90P10P X014a IXTT 90P10P X019 IXTR 90P10P X016a IXTP 52P10P X005a IXTH 52P10P X014a IXT 52P10P X011b IXTQ 52P10P X017a C iss typ. pf Q g typ. nc t rr typ. ns R thjc K/W P D W Fig. No. X005a X011b X014a X015a X016a X017a X019 X020a X027a Package style Outline drawings on pages O-31...O-52 TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-3P TO-268 TO-264 SOT-227B minibloc 54

75 TrenchP P-Channel MOSFETs V DSS I D(cont) Chip R DS(on) C iss Q g t rr R thjc P D Part Type Fig. T C = 25 C T J = 25 C typ. typ. typ. (max) No. New V W pf nc ns K/W W IXTK 120P20T (300) X020a IXTX 120P20T (301) X015a X004 IXTN 120P20T (302) X027a IXTR 120P20T (303) X016a IXTH 68P20T X014a IXTT 68P20T X019 X005a IXTR 68P20T X016a IXT 32P20T X011b IXTP 32P20T X005a IXTH 32P20T X014a IXTQ 32P20T X017a IXTP 44P15T X005a X011b IXTH 44P15T X014a IXT 44P15T X011b IXTQ 44P15T X017a IXTP 15P15T X005a IXTY 15P15T X004 X014a IXT 15P15T X011b IXTP 10P15T X005a IXTY 10P15T X004 IXT 10P15T X011b IXTK 210P10T (200) X020a IXTN 210P10T (201) X027a X015a IXTX 210P10T (202) X015a IXTR 210P10T (203) X016a IXTH 140P10T X014a IXTT 140P10T X019 IXTR 140P10T X016a X016a IXTP 76P10T X005a IXTH 76P10T X014a IXT 76P10T X011b IXTP 26P10T X005a IXTY 26P10T X004 X017a IXT 26P10T X011b IXTP 18P10T X005a IXTY 18P10T X004 IXT 18P10T X011b IXTP 96P085T X005a X019 IXTH 96P085T X014a IXT 96P085T X011b IXTP 24P085T X005a IXT 24P085T X011b IXTP 120P065T X005a IXTH 120P065T X014a X020a IXT 120P065T X011b IXTP 28P065T X005a IXT 28P065T X011b IXTP 140P05T X005a IXTH 140P05T X014a IXT 140P05T X011b X027a IXTP 48P05T X005a IXTY 48P05T X004 IXT 48P05T X011b IXTP 32P05T X005a IXTY 32P05T X004 IXT 32P05T X011b Package style Outline drawings on pages O-31...O-52 TO-252 TO-220B TO-263B TO-247D PLUS247 ISOPLUS247 TM TO-3P TO-268 TO-264 SOT-227B minibloc 55

76 CoolMOS Power MOSFETs CoolMOS is a trademark of Infineon Technologies K Series - CoolMOS Part Type V DSS I D25 R DS(on) Q g R thjc V ISOL Fig. Not for new design T C = 25 C T J = 25 C typ. RMS No. New V W nc K/W V C3 Series IXKC 20N60C X010a IXKC 40N60C X010a IXKR 40N60C X016a IXKN 40N60C X027a IXKN 75N60C X027a IXKK 85N60C X020a IXKC 13N80C X010a IXKC 25N80C X010a IXKR 25N80C X016a IXKN 45N80C X027a C5 Series IXKH 20N60C X014a IXKC 23N60C X010a IXKP 24N60C X005a IXKH 30N60C X014a IXKH 35N60C X014a IXKR 47N60C X016a IXKH 70N60C X014a IXKT 70N60C X019 CFD Series with fast Body Diode MKH 24I650HR X016c Package style Outline drawings on pages O-31...O-52 X005a X009a X010a X013 TO-220B PLUS220 ISOPLUS220 TM PLUS220SMD SiC X014a TO-247D CoolMOS Configurations in i4-pc MKE..R..DCG.. IXKF FDM FMD LKK X016a ISOPLUS247 TM Part Type V DSS I D25 R DS(on) max. Q g R thjc Fig. T C = 25 C T J = 25 C typ. Config. No. V W nc K/W IXKF 40N60SCD single X024c MKE 11R600DCGFC 1) boost X024a FMD 15-06KC boost FMD 40-06KC boost FMD 47-06KC boost FDM 47-06KC buck 1) with SiC Boost Diode Configuration in ISOPLUS264 Package LKK 47-06C x dual X022c X016c X020a ISO247 TM TO-264 X027a SOT-227B minibloc X024c ISOPLUS i4-pc TM X024a ISOPLUS i4-pc TM X022c ISOPLUS264 56

77 MOSFET Modules HiPerFET and Polar MOSFET Technology low R DSon fast body diode rugged Suffix F = HiPerFET Technology with Fast Intrinsic Diode Part Type V DSS I D25 I D80 R DSon typ. t r t f R thjc Fig. Not for new design T C = 25 C T C = 80 C T J = 25 C No. New V mw ns ns K/W Single Switch Modules Package style Outline drawings on pages O-31...O-52 X128d Y3 VMO F X128d contact factory VMO F 690 X128d VMO F X130d VMO F contact factory X130d X130d Y3 Part Type V DSS I D25 R DSon typ. t r t f R thjc T C = 25 C T J = 25 C New V mw ns ns K/W Config Fig. No. Package style Outline drawings on pages O-31...O-52 MOSFET Modules Phase Leg Configuration X130e Y3 VMM 90-09F Phase Leg X130e CoolMOS MOSFET Technology * CoolMOS is a trademark of Infineon Technologies Part Type V DSS I D25 I D80 R DSon typ. t r t f R thjc T C = T C = 25 C 90 C T J = 25 C ² Under development New V mw ns ns K/W MOSFET Modules H Bridge Configuration Fig. No. Package style Outline drawings on pages O-31...O-52 X102 ECO-PC2 VKM 40-06P X102 57

78 Rectifier Bridges for Power Factor Correction Power Stage for Boost Converters (Power Factor Correction) 1-phase PFC ) 1~ Bridge B) MOSFET Boost C) MOS + HiPerDyn D) MOS + SiC SiC E) IGBT Boost F) buck/boost Type V DSS I D R DS(on) V RRM V RRM Not for new design ² Under development Circuit and max Technology T C = 25 C max Boost Diode Rectifier Fig. No. New V W V V MOSFET FMD 21-05QC C HiPerFET X024a MKE 11R600DCGFC D CoolMOS CP + SiC FMD 15-06KC5 C CoolMOS CP FMD 40-06KC C CoolMOS C FMD 47-06KC5 C CoolMOS CP MKE 38RK600DFELB B CoolMOS CP X030a ² MKG 40RK600LB F CoolMOS C ² MKG 17RK600DCGLB 2xD CoolMOS C6 + SiC VUM 24-05N +B HiPerFET X105b VUM 33-05N VUM 33-06PH +B Polar Package style Outline drawings on pages O-31...O-52 X024a ISOPLUS i4-pc X030a SMPD-B V CES I C V I C V RRM Type Circuit and Fig. max T Technology C = 25 C Rectifier No. V V V IGBT FID 60-06D E NPT X024a Type Circuit and Technology V RRM I T C Fig. V C No. Rectifier FBO 16-12N * Standard X024a FBO 40-12N * DL 100B800LB ** low V F X030a DL 100B1200LB ** low V F * Recommended in combination with FMD and FID CoolMOS is a trademark of Infineon Technologies ** Recommended in combination with MKE and MKG X103 V1--Pack 3-phase PFC X104 V2-Pack Vienna Rectifier circuit wide input voltage range sinusoidal mains input currents in phase with mains boost converter operation: - input: 3~ C mains without neutral conductor - output: stabilized DC link with center point one module used per phase VUI 30 VUM 25 VUM Type PN / kw 3 ~ 400V. T C = 80 C Configuration VUM 25-05E 10 Vienna rectifier current X103 VUM Vienna rectifier current X104 VUI 30-12N1 15 IGBT stage for boost PWM converter X103 contact factory Fig. No. X105b V1-B-Pack

79 Diodes Diodes for High Switching Frequencies Fast Recovery Epitaxial Diodes (HiPerFRED, FRED) and FRD (SONIC) Power switches (IGBT, MOSFET, BJT, GTO) for applications in electronics are only as good as their associated freewheeling diodes. t increasing switching frequencies, the proper functioning and efficiency of the power switch, aside from conduction losses, is determined by the turn-off behavior of the diode (characterized by Q rr, I RM and t rr - Fig. 1). With optimized ultra-fast switching diodes, the development engineer has various possibilities: either higher pulse rate or higher current load or smaller heatsink or more conservative operation due to cooler chips. The reverse current characteristic following the peak reverse current I RM is another very important property. The slope of the decaying reverse current di rr /dt results from design parameters (technology and diffusion of the diode chips). In a circuit this current slope, in conjunction with parasitic inductances (e.g. connecting leads), causes overvoltage spikes and high frequency in- terference voltages. The higher the d irr /dt ( hard recovery or snap-off behavior) the higher is the resulting additional stress for both the diode and the paralleled switch. slow decay of the reverse current ( soft recovery behavior), is the most desirable characteristic, and this is designed into all diodes. The wide range of available blocking voltages makes it possible to apply these diodes as output rectifiers in switch-mode power supplies (SMPS) as well as protective and freewheeling diodes for power switches in inverters. Diodes for General Purpose pplications Rectifier Diodes Diodes of the DS-series (anode on stud) and of the DSI-series (cathode on stud) are mainly used for rectifying 50 or 60 Hz mains currents. Discrete diodes in plastic and metal housings and also different diode bridges are available for standard line voltages (from 110 V to 690 V C). valanche Diodes valanche diodes or surge-voltageproof rectifier diodes of the series DS (anode on stud) and DSI (cathode on stud) differ from standard diodes of the series DS and DSI in the following manner: the operation in avalanche breakdown above the normal reverse blocking voltage (V RRM ) can be tolerated as long as the power is within the specified maximum permissible non-repetitive reverse surge dissipation P RSM at the specified pulse width. In order to have technologically good control of the avalanche breakdown, it is important to ensure homogeneous doping of the middle zone of the silicon chip and suitable junction termination and passivation at the edges where PN-junctions are exposed to the surface (high field strength at the edge). Because of this ruggedness against periodically occurring short-term voltage surges in the blocking direction, the user frequently can do without protective overvoltage net-works. In addition, if avalanche diodes are put in series for high voltage applications, the sharp avalanche breakdown of the blocking characteristic ensures static and dynamic voltage distribution uniformly across each device. Thus, in general, none of the series diodes will be overstressed by reverse voltages which are substantially above the avalanche voltage. ll high voltage rectifier modules manufactured in quantity are assembled with avalanche diodes. I -di /dt F 10% I F -di /dt F I RM t rr t a Q r t b di R/dt 0.9 I RM 0.25 I RM t V t fr V FR 100% 110% VF t V R Fig. 1: Current and voltage during turn-on and turn-off switching of fast diodes Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 59

80 Schottky Gen 2 Diodes I FV = DS...I... DS...X... DS...I...N DS...IM... DS...NB DS...P... DS...C... RRM FV C F F VJM thjc Fig. d = 0.5 T VJ = 125 C No. New V C V C K/W DSB 20I15P X005b DSB 40C15PB 2x X005a DSB 15IM30UC X004 DSB 30C30PB 2x X005a DSB 60C30PB 2x X005a DSB 60C30HB 2x X014a DSB 10I45PM X007b DS 20C45PB 2x X005a DS 15I45P X005b DS 15IM45UC X004 DS 15IM45IB X008a DSB 15IM45IB X008a DS 30C45PB 2x X005a DS 30C45PC 2x X011b DSB 30C45PB 2x X005a DS 30C45HB 2x X014a DSB 30C45HB 2x X014a DS 60C45PB 2x X005a DSB 60C45PB 2x X005a DS 60C45HB 2x X014a DSB 60C45HB 2x X014a DS 80C45HB 2x X014a DSB 80C45HB 2x X014a DS 300I45N X027a DSB 10P60PN 2x X007a DS 20C60PN 60 2x X007a DSB 20C60PN 2x X007a DS 30C60PB 2x X005a DSB 30C60PB 2x X005a DS 60C60PB 2x X005a DSB 60C60PB 2x X005a DS 60C60HB 2x X014a DSB 60C60HB 2x X014a DS 10I100PM X007b DS 10IM100UC X004 DS 20C100PB 2x X005a DS 20C100PN 2x X007a DS 30C100PB 2x X005a DS 30C100PN 2x X007a DS 30C100HB 2x X014a DS 30C100QB 2x X017a DS 50C100HB 2x X014a DS 50C100QB 2x X017a DS 30I100P X005b DS 60C100PB 2x X005a DS 70C100HB 2x X014a DS 80C100PB 2x X005a DS NB 4x X027b DS 300I100N X027a Package style Outline drawings on pages O-31...O-52 X004 X005a X005b X007a X007b X008a TO-262 (I 2 -PK) X011b X014a X017a X027a/b TO-252 TO-220B TO-220C TO-220BFP TO-220CFP TO-263B TO-247D TO-3P SOT-227B minibloc Non isolated base plate 60 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

81 Schottky Gen 2 Diodes I FV = DS...I... DS...X... DS...I...N DS...IM... DS...NB DS...C... RRM FV C F F VJM thjc Fig. d = 0.5 T VJ = 125 C No. New V C V C K/W DS 10C150PB 150 2x X005a DS 10C150UC 2x X004 DS 15IM150UC X004 DS 20C150PB 2x X005a DS 20C150PN 2x X007a DS 30C150PB 2x X005a DS 30C150HB 2x X014a DS 50C150HB 2x X014a DS 30I150P X005b DS 60C150PB 2x X005a DS 70C150HB 2x X014a DS 120C150QB 2x X017a DS 120X150LB 2x X030a DS NB 4x X027b DS 240X150N 2x X027a DS 15IM200UC X004 DS 30C200IB 2x X008a DS 30C200PB 2x X005a DS 70C200HB 2x X014a DS 90C200HB 2x X014a DS 90C200HR 2x X016c DS 120X200LB 2x X030a DS 240X200LB 2x X030a DS 240X200N 2x X027a DS 300I200N X027a Non isolated base plate Package style Outline drawings on pages O-31...O-52 X004 X005a X005b X007a TO-252 TO-220B TO-220C TO-220BFP X008a TO-262 (I 2 -PK) X017a TO-3P X016c ISO247 X014a TO-247D X030a SMPD-B X027a/b SOT-227B minibloc Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 61

82 Schottky Diodes I FV = 6-2x 200 DSSS... FUS... DSS... DSSK... DSS 2x... DSS 2x Type V RRM I T C V I F T VJM R thjc Fig. d = 0.5 T VJ = 125 C No. V C V C K/W DSS D X014a DSSK D 2x X014a DSS 2x D 2x X027b DSS B X005b DSSK B 2x X014a DSSK B 2x X014a DSS BS , X004 DSS B X005b DSSK BS 2x X011b DSSK B 2x X005a DSSK BS 2x X011b DSSK B 2x X005a DSSK B 2x X014a DSSK B 2x X014a DSSK B 30 2x X005a DSSK BS 2x X011b DSSK B 2x X014a DSSK B 2x X014a DSS S X004 DSS B X005b DSS X005b DSS S X011b DSS X005b DSS B X014b DSSK B 2x X005a DSSK BS 2x X011b DSSK x X014a DSSK B 2x X014a DSSK B 2x X014a DSS 2x x X027a DSS 2x B 2x X027a DSS 2x B 2x X027a DSS 2x x X027b FUS B X024a DSS X005b DSSK BS 2x X011b DSSK B 2x X014a DSSK B 2x X014a DSSK BR 2x X016a DSSK B 80 2x X014a DSSS R 2x X016a DSSK x X014a DSSK R 2x X016a DSS 2x x X027a DSS X005b DSS 10-01S X011b DSS X005b DSS 16-01S X011b DSS 20-01C X010b DSSS 30-01R 2x X016a DSSK x X005a DSSK 16-01S 2x X011b DSSK 28-01S 2x X011b DSSK x X014a DSSK x X014a DSS 2x x X027a DSS 2x x X027a DSS 2x x X027b Non isolated base plate Package style Outline drawings on pages O-31...O-52 X004 X005a X005b X010b X011b X014a X014b X016a TO-252 TO-220B TO-220C TO-263B TO-247D TO-247D ISOPLUS247 TM X024a ISOPLUS i4-pc TM X027a/b ISOPLUS220 TM SOT-227B/UI minibloc Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

83 Schottky Diodes I FV = 6-2x 100 DSS... DSSK... DSS 2x... Type V RRM I T C V I F T VJM R thjc Fig. d = 0.5 T VJ = 125 C No. V C V C K/W DSS 6-015S X004 DSSK x X005a DSSK x X014a DSSK x X014a DSSK R 2x X016a DSS 2x x X027a DSSK x X005a DSSK x X014a DSSK x X014a DSSK 60-02R 2x X016a DSS 2x x X027a Silicon Carbide Schottky Diodes No reverse recovery Type V RRM I T C V I F C J R thjc Fig. d = 0.5 typ., T VJ = 125 C No. ² under development V C V pf K/W FBS 10-06SC X024a FBS 16-06SC FBS 10-12SC ² DCG 85X1200N 2x (175 C) X027a ² DCG 100X1200N 2x (175 C) ² DCG 130X1200N 2x (175 C) FBS DCG..X... Package style Outline drawings on pages O-31...O-52 X004 X005a X010a X011b X014a X016a TO-252 TO-220B ISOPLUS220 TM TO-263B TO-247D ISOPLUS247 TM HiPerDyn TM FRED Series connected diodes for high switching frequencies; packages isolated (2500 V RMS ) DSEP 2x C DPH...IS... DSEP/DSS C X016b ISOPLUS247 TM d = 0.5 typ. typ. -di/dt Fig. I F = I FV T VJ = 25 C No. Type V RRM I T C V T VJ t rr I T VJM R thjc New V C V C ns /µs C K/W DSS 17-06CR * X016b DPH 30IS600HI DSEP 15-12CR DSEP 30-12CR DSEP 2x25-12C x X027a DPJ 50XS1800N x * series connected Schottky Diodes Dual Ultrafast Diodes Series connected diodes for high switching frequencies with middle connection; packages isolated (2500 V RMS ) DHH/DSEE/DPF/G.. P.. DPG 30P300PJ 2x X010a DPG 10P400PJ 2x DSEE 15-12CC 2x DSEE 29-12CC DPF 30P600HR X016c DSEE X014a DSEE 55-24N1F 2x X024b DHH 55-36N1F 2x Non isolated base plate Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X016c X024a ISOPLUS i4-pc TM X024b ISOPLUS i4-pc TM X027a ISO247 TM SOT-227B minibloc 63

84 HiPerFRED 2TM Diodes I FV = 10-2x 200 IM DPF/G/H...I*... I DPG...P... DPF/G...C... DPF...X... DPF...X... DPF...C... Type V RRM I T C I FSM V I F t rr I RM -di/dt T VJM R thjc 10 ms typ. d = 0.5 Fig. 45 C T VJ = 150 C T VJ = 25 C No. New V C V ns /µs C K/W DPG 10I200P X005b DPG 10I200PM X007b DPG 20C200PB 2x X005a DPG 20C200PN 2x X007a DPG 15I200P X005b DPG 30C200PB 2x X005a DPG 30C200PC 2x X011b DPG 30C200HB 2x X014a DPF 60C200HB 2x X014a DPF 60C200HJ 2x X016a DPG 60C200HB 2x X014a DPG 60C200QB 2x X017a DPF 80C200HB 2x X014a DPF 60I200H X014b DPF 120X200N 2x X027a DPF 240X200N 2x X027a DPG 10I300P X005b DPG 10IM300UC X004 DPG 20C300PB 2x X005a DPG 20C300PN 2x X007a DPG 15I300P X005b DPG 30C300PB 2x X005a DPG 30C300PC 2x X011b DPG 30C300HB 2x X014a DPF 30I300P X005b DPG 30I300H X014b DPG 30I300P X005b DPG 30IM300PC X011b DPG 30P300PJ 2x X010a DPF 60C300HB 2x X014a DPG 60C300HB 2x X014a DPG 60C300HJ 2x X016a DPG 60C300PC 2x X011b DPG 60C300QB 2x X017a DPG 80C300HB 2x X014a DPG 60I300H X014b DPG 60IM300PC X011b DPG 120C300QB 2x X017a DPG 10I400P X005b DPG 10I400PM X007b DPG 10P400PJ 2x X010a DPG 20C400PB 2x X005a DPG 20C400PC 2x X011b DPG 20C400PN 2x X007a DPG 15I400PM X007b DPG 30C400PB 2x X005a DPG 30C400HB 2x X014a DPG 30I400H X014b DPG 30IM400PC X011b DPF 60X400N 2x X027a DPG 60C400HB 2x X014a DPG 60C400QB 2x X017a DPG 80C400HB 2x X014a DPG 60I400H X014b DPF 60IM400HB X014a DPG 60IM400QB X017a DPF 120X400N 2x X027a DPF 240X400N 2x X027a DPF 400C400NB 2x X027b DPH 30IS600HI X016b Non isolated base plate Package style Outline drawings on pages O-31...O-52 X004 X005a X005b X007a X007b X010a X011b X014a X014b X016a X016b X017a X027a/b TO-252 TO-220B TO-220C TO-220BFP TO-220CFP ISOPLUS220 TM TO-263B TO-247D TO-247D ISOPLUS247 TM ISOPLUS247 TM TO-3P SOT-227B/UI minibloc 64 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

85 HiPerFRED TM Diodes I FV = 8-2x 120 Type V RRM I FV T C I FSM V I F t rr I RM -di/dt T VJM R thjc Package style 10 ms Fig. d = C T VJ = 150 C T VJ = typ. typ. 25 C T VJ = 100 C No. Outline drawings New V C V ns /µs C K/W on pages O-31...O-52 DSEP 40-03S X011b X004 TO-252 DSEP 6-06S X004 DSEP 6-06BS X004 DSEP X005b DSEP 8-06B X005b X005a TO-220B DSEP X005b DSEP 15-06S X011b DSEP 15-06B X005b DSEP 15-06BS X011b X005b TO-220C DSEP X005b DSEP 29-06S X011b DSEP 29-06B X005b DSEP X014b X010a ISOPLUS220 TM DSEP 30-06B X014b DSEP 30-06BR X016b DSEP X014b DSEP 60-06T X019 DSEP 75-06R X016a X011b TO-263B DSEP X005b DSEP X005b DSEP 12-12Z X011c DSEP 12-12B X005b X011c TO-263BHV DSEP 12-12BZ X011c DSEP X005b DSEP X014b DSEP 30-12R X016b X014a TO-247D DSEP X014b DSEP 60-12R X016b DSEC x X005a DSEC 16-06C 2x X010a DSEC 29-06C 2x X010a X014b TO-247D DSEC x X014a DSEC 30-06B 2x X014a DSEC 59-06BC 2x X010a DSEC x X014a X016a/b ISOPLUS247 TM DSEC 60-06B 2x X014a DSEC x X005a DSEC 16-12S 2x X011b DSEC x X014a DSEC x X014a X019 TO-268 DSEC K 2x X020a DSEP 2x x X027a DSEP 2x x DSEP 2x x X020a TO-264 DSEP 2x x DSEP 2x31-06B 2x DSEP 2x x DSEP 2x x DSEP 2x x X027a/b SOT-227B/UI DSEP 2x x minibloc DSEP 2x x DSEP 2x x DSEC x X027b DSEC x Non isolated base plate DSEP... Data according to IEC and refer to a single diode or thyristor unless otherwise stated. DSEC... DSEP 2x DSEP 2x DSEC 65

86 SONIC-FRD TM Diodes I FV = 5-2x 60 ultrasoft and fast recovery very low temperature dependence DH 2x DHH... DHG...IM... DHG... I... DHG... C... DHG... X... Type V RRM I T C I FSM V I F t rr I RM -di/dt T VJM R thjc 10 ms T Fig. d = 0.5 VJ = typ. 45 C 125 C T VJ = 25 C No. New V C V ns /µs C K/W DHG 5I600P X005b DHG 5I600PM X007b DHG 10C600PB 2x X005a DHG 10I600P X005b DHG 10I600PM X007b DHG 20C600PB 2x X005a DHG 20C600QB 2x X017a DHG 20I600P X005b DHG 20I600H X014b DHG 40C600PB 2x X005a DHG 40C600HB 2x X014a DHG 50X600N 2x X027a DHG 30I600P X005b DHG 30IM600PC X011b DHG 30I600H X014b DHG 60C600HB 2x X014a DHG 100X600N 2x X027a DHG 60I600H X014b DHG 10I1200P X005b DHG 10I1200PM X007b DHG 20C1200PB 2x X005a DHG 20I1200P X005b DHG 20I1200H X014b DHG 40C1200HB 2x X014a DHG 50X1200N 2x X027a DHG 30I1200H X014b DHG 100X1200N 2x X027a DHG 60I1200H X014b DHG 10I1800P X005b DH X014b DH X014b DH X014b DH X014b DH X014b DHH 55-36N1F 2x X024b DH 2x x X027a DH 2x x X027a DH 2x x X027a Package style Outline drawings on pages O-31...O-52 X005a X005b X007b X011b X014a X014b TO-220B TO-220C TO-220CFP TO-263B TO-247D TO-247D X027a SOT-227B minibloc X024b ISOPLUS i4-pc TM X017a TO-3P 66 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

87 FRED Diodes Fast Recovery Epitaxial Diodes I FV = 8-2x 165 DSEI.../DFE... DSEK... DSEK... DSEI 2x DSEI 2x x x Type V RRM I T C I FRMS I FSM V I F t rr I RM -di/dt R thjc typ. 10 ms typ. d = 0.5 T 45 C VJ = 150 C T VJ = T VJ = 100 C 25 C New V C V ns /µs K/W DSEI X005b DSEI 8-06S X011b DFE 10I600PM X007b DSEI X005b DSEI 12-06S X011b DSEI X005b DSEI DSEI 12-12Z X011c DSEI X005b DSEI 19-06S X011b DSEI 36-06S DFE 30I600Q X017b DFE 30I600QM X017d DSEI X014b DSEI DSEI 30-10R X016b DSEI X014b DSEI X014b DSEI DSEI DSEI DSEI DSEI DSEI Z X019a DSEK x X014a DSEK 60-02R 200 2x X016a DSEK x X014a DSEK x DSEK x X027d DSEI 2x30-04C 400 2x X027a DSEI 2x30-06C 600 2x DSEI 2x30-10B x DSEI 2x30-12B x DSEI 2x31-04C 400 2x DSEI 2x31-06C 600 2x DSEI 2x31-10B x DSEI 2x31-12B x DSEI 2x x DSEI 2x60-04C 400 2x DSEI 2x61-04C 400 2x DSEI 2x61-06C 600 2x DSEI 2x61-10B x DSEI 2x61-12B x DSEI 2x61-06P 600 2x X101 DSEI 2x61-12P x DSEI 2x x X027a DSEI 2x x DSEI 2x x DSEI 2x101-06P 600 2x X102 DSEI 2x101-12P x DSEI 2x161-02P 200 2x DSEI 2x161-06P 600 2x DSEI 2x161-12P x Fig. No. Package style Outline drawings on pages O-31...O-52 X005b see page 66 X007b see page 66 X011b see page 66 X011c X014a see page 66 X014b see page 66 X016a X016b X017b X017d X019a ISOPLUS247 TM ISOPLUS247 TM X027a see page 66 X027d TO-263BHV TO-3P TO-3PFP TO-268HV SOT-227B minibloc X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 67

88 FRED & HiPerFRED TM Modules I FV = Type V RRM I T C I FRMS I FSM V I F t rr I RM -di/dt R thjc P tot typ. 10 ms d = C T VJ =125 C T VJ = T VJ = 100 C 25 C V C V ns /µs K/W W Fig. No. Package style Outline drawings on pages O-31...O-52 FRED MEO D X126d MEO D MEO D MEK 75-12D x X125e ME 75-12D x 75 MEE 75-12D 2x MEK 95-06D 600 2x ME 95-06D 600 2x 95 MEE 95-06D 2x MEK D x X126c ME D x 260 MEE D 2x MEK D 600 2x ME D 600 2x 304 MEE D 2x MEK D 200 2x HiPerFRED MEK D 400 2x * X125e MEK D 400 2x X126c MPK 95-06D 600 2x X125e * T VJM = 150 C X125e X126c X126d TO-240 Y4 Y4 Diode connections for Fig. X125 (TO-240) MEE ME MEK / MPK Diode connections for Fig. X126 (Y4: 34 mm package) MEO MEE MEK ME SemiFast Diodes I FV = 60 DSDI Type V RRM I T C I FRMS I FSM V I F t rr I RM -di/dt R thjc typ. 10 ms d = C T VJ = 125 C T VJ = T VJ = 100 C 25 C V C V ns /µs K/W DSDI X014b DSDI DSDI Fig. No. X014b TO-247D Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

89 Rectifier Diodes I FV = 2-40, Standard & valanche Rectifier DL...IM... DS/DS/DSI DM...E... DL...I... DSP 10 ms Fig. Type V RRM I T C P RSM I FRMS I FSM V F0 r F T VJM R thjc R thch 45 C No. New V C kw V mω C K/W K/W DS 1-12D 1200 DS 1-16D 1600 DS 1-18D T amb DL 5P800UC 2x X004 DSP 8-08S 2x X011b DSP 8-12S 2x 1200 DSP x 800 X005a DSP x 1200 DSP 8-08S 2x 800 X011a DSP 8-12S 2x 1200 DSP 8-12C 2x X010a DL 10IM800UC X004 DM 10I1600P X005b DM 10IM1600PZ X011c DM 10P1600PZ X011c DM 10P1800PZ 2x DL 20IM800PC X011b DSP x X014a DSP x 1600 DSP 25-12T 2x X019 DSP 25-16T 2x 1600 DSP 25-16R 2x X016a DSI X005b DSI DSI DSI 30-08S X011b DSI 30-12S 1200 DSI 30-16S 1600 DSI 30-08C X010b DM 30IM1600PZ X011c DM 30E1800H X014b DM 30P1600HR 2x X016c DL 40IM800PC X011b R thj 80 X201 Package style Outline drawings on pages O-31...O-52 X004 X005a X005b X010a X010b TO-252 TO-220B TO-220C ISOPLUS220 TM ISOPLUS220 TM X011c TO-263BHV X011b TO-263B X011a TO-263 X016a ISOPLUS247 TM X014b TO-247D X014a TO-247D X201 X019 TO-268 X016c ISO247 TM Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 69

90 Rectifier Diodes I FV = , Standard & valanche Rectifier DN...EM... DM...X... D...X... DS/DS/DSI DM...E... DL...I... DSI 2x... D/M...X... DSIK DSP Type V RRM I T C P RSM I FRMS I FSM 10 ms V F0 r F T VJM R thjc R thch Fig. 45 C No. New V C kw V mω C K/W K/W DSI X014b DSI DSI DSI 45-16R X016b DSIK 45-16R x X016a DSP x X014a DSP 45-12Z 0.15 X019a DSP x X014a DSP 45-16Z 0.15 X019a DSP 45-16R 2x X016a DSP x X014a DM 50P1200HR 2x X016c DL 60I1200H X014b DSI 2x x X027a DSI 2x DM 150E1600N X027a DN 30ER2200IY X008b DN 30E2200P X005b DN 30E2200PZ 0.25 X011c DN 30EM2200PZ DN 30E2200FE X024e D 10EM1800PZ X011c D 10P1800PZ 2x DM 200X1600N x X027a DM 200X1600N D 200X1800N D 200X1800N Package style Outline drawings on pages O-31...O-52 X005b X008b TO-262 (I 2 -PK) X011c X014a X014b TO-220C TO-263BHV TO-247D TO-247D X016c ISO247 TM X016b ISOPLUS247 TM X016a ISOPLUS247 TM X027a SOT-227B minibloc X024e ISOPLUS i4-pc TM X019a TO-268HV 70 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

91 Rectifier Diodes I FV = 3-110, Standard Diodes (DS..), valanche Diodes (DS..) DSI/DSI.. DS/DS.. Type V RRM I T C P RSM I FRMS I FSM V F0 r F T VJM R thjc R thch 10 ms 45 C Ø New V C kw V mω C K/W K/W DS DS DS T amb DS 9-12F X204 DS 9-16F 1600 DS 9-18F 1800 DS X205 DS DS DS DSI X205 DSI DSI DSI DS X206a DS DS DS DSI X206a DSI DSI DSI DS 75-12B X207 DS 75-12B DS 75-16B 1600 DS 75-18B 1800 DSI 75-12B DSI 75-12B DSI 75-16B 1600 DSI 75-18B 1800 R thj 30 Symbol Fig. No. X200 Package style Outline drawings on pages O-31...O-52 X200 X204 DO-203 (DO-4) M5 X205 DO-203 (DO-4) UNF X206a DO-203B (DO-5) X207 Metal-can DO-203B (DO-5) Phase Control Thyristors I TV = X209 TO-208C (TO-48) V DRM T C = 45 C Fig. Type V RRM I TV I T(RMS) I TSM (dv/dt) cr V T0 r T T VJM R thjc R thch 85 C 10 ms No. V V/µs V mw C K/W K/W CS 23-08io X209 CS 23-12io CS 23-16io CS 35-08io X210 CS 35-12io CS 35-14io Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X210 TO-208C (TO-65) 71

92 Thyristors, SCRs (SCR = Silicon Controlled Rectifier) Phase Control Thyristors Thyristors are very rugged devices. Compared to all other controlled semiconductor components, they feature the highest current capacity per chip area especially at high voltage. They are mainly used as control devices in 50 and 60 Hz C mains equipment. Principal applications are static converter circuits for speed control of DC-drives, or switching and control functions for temperature, lighting, soft-start, etc. in single-phase and three-phase C switch configurations. Phase control thyristors are designed for optimal forward conduction and reverse blocking characteristics, due to only moderate requirements for turn-on and turn-off parameters. Phase Control Thyristors I TV = 5-30 CLB... CS.../CL/M...E/I... V DRM 45 C Fig. Type V RRM I T C I T(RMS) I TSM (dv/dt) cr V T0 r T T VJM R thjc R thch 10 ms No. New V C V/µs V mw C K/W K/W CL 5E1200UC X004 CL 5E1200PZ 0.25 X011c CL 15E1200NPB X005a CL 15E1200NPZ 0.25 X011c CL 16E800PN X007a CL 16E1200PN 1200 CS 19-08ho X005a CS 19-12ho CS 19-08ho1S 800 X011b CS 19-12ho1S 1200 CM 20E1600PB X005a CM 20E1600PZ 0.25 X011c CS 20-12io X014a CS 20-14io CS 20-16io CS 20-22moF X024c CS 20-25mo1F 2500 CS 20-25moT X019 CS 22-08io1M X007a CS 22-12io1M 1200 CL 30E1200PB X005a CL 30E1200PC CL 30E1200NPZ 0.25 X011b X011c CLB 30I1200PZ * CL 30E1200HB X014a CLB 30I1200HB * CM 30E1600PB X005a CM 30E1600PZ X011c CM 30E1600PN X007a CS 30-12io X014a CS 30-14io CS 30-16io * node gated Package style Outline drawings on pages O-31...O-52 X004 X005a X007a X011b TO-252 TO-220B TO-220BFP TO-263B X024c ISOPLUS i4-pc TM X019 TO-268 X014a TO-247D X011c TO-263BHV 72 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

93 Thyristors, SCRs (SCR = Silicon Controlled Rectifier) Phase Control Thyristors I TV = CLB... CS.../CL/M...E/I... CL/CM...P... V DRM 45 C Fig. Type V RRM I T C I T(RMS) I TSM (dv/dt) cr V T0 r T T VJM R thjc R thch 10 ms No. New V C V/µs V mw C K/W K/W CM 30P1600FC 2x X024a CL 40E1200NPZ X011c CL 40E1200HR X016c CLB 40I1200PZ X011c CL 40P1200FC X024a CM 40E1600HR X016c CS 45-08io X014a CS 45-12io CS 45-16io CS 45-16io1R X016a CL 50E1200HB X014a CL 50E1200TC 0.15 X019 CM 50E1600HB X014a CM 50E1600QB CM 50E1600TZ X017a 0.15 X019a CM 50P1600FC 2x X024a CS 60-12io X015a CS 60-14io CS 60-16io CL 80E1200HF CM 80E1600HB X014a CL 100E1200HB CL 100E1200KB Fast Phase Control Thyristors X020a CLE 20E1200PC X011b CME 30E1600PZ X011c CLF 20E1200PB X005a CLE 30E1200PB CLE 40E1200HB X014a Triode - Reverse Conducting Thyristor I RMS = 35 Package style Outline drawings on pages O-31...O-52 X005a X011b X011c X014a X015a X016a X016c TO-220B TO-263B TO-263BHV TO-247D PLUS247 ISOPLUS247 TM ISO247 TM Type V RRM V vrms I T C I TSM 10 ms V T0 r T T VJM R thjc R thjh Fig. 45 C No. Ø New V V C V mw C K/W K/W Ø CL 20EF1200PB X005a X017a TO-3P X024a ISOPLUS i4-pc TM X020a TO-264 X019a TO-268HV X019 TO-268 Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 73

94 Thyristor / Diode Modules One of the essential advantages of power semiconductor modules compared to discrete designs is the electrical isolation between the baseplate of the module and the parts subject to voltage ( kv RMS tested). This makes possible the mount-down of any number of the same or different modules on a common heatsink. It is feasible to use standard housings with appropriate accessories for designing compact power converter operating from C mains up to 690 V. Plastic Housing with DCB Substrate IXYS has succeeded in simplifying the conventional multilayer module con-struction by the DCB (Direct Copper Bonding) technique. Other features are: top-side electrical terminals with captured nuts; series-connected diode/diode, thyristor/ diode and thyristor/thyristor modules; easy assembly. ll thyristor modules with DCB ceramic base contacts are available in volume with two standardized twin plugs (2.8 mm x 0.8 mm) for gate and auxiliary cathode control terminals (version 1). Modules in TO-240 housing of the version 8 are delivered with gate plugs only (without auxiliary cathode terminal; mounting srews available on request). The module housing is designed for adequate clearance and creepage distance resulting in recognition by Underwriters Laboratories, Inc., US for all types. New Generation Silicon Chips ll chips are designed by applying separation diffusion processes such that the zones responsible for the surface field strength are located at the upper chip side. This results in the capability of soldering the entire chip area onto the DCB ceramic substrate without a molybdenum strain buffer, which in turn leads to good stability of the chips as well as to large area heat dissipation if a load is applied. ll zones at the edges which are decisive for the blocking stability are coated with passivation glasses the coefficient of expansion of which match that of silicon. Silicon chips increasingly use planar technology with guard rings and channel stoppers to reduce electrical surface fields. This chip design supercedes the design of thyristor chips which were fabricated with passivation moats so that modules of the new series designed with the updated stateof-the-art utilize planar passivated chips processed by separation diffusion techniques. The contact areas of the chips possess physical vapor deposited metal layers. For the user the improved properties are: Excellent long-term stability of blocking currents and blocking voltages, increased life time of the internal soldered connections, high power cycling capability (> ). The thyristor/diode chips have been optimized with regard to their turnoff parameters: decreasing the carrier lifetime results in reduced stored charges QS, which in turn significantly reduces requirements for RC-snubbers for over-voltage protection. Cost reduction and improved efficiency are the benefits of these characteristics. By re-developing the silicon chips, improvements of the firing characteristics were achieved by specifying a higher gate current not to fire IGD resulting in substantially less suscepibility to misfiring. This leads to greater safety of operation and higher reliability of the equipment. Fig. 1: Principal cross section of an IXYS module with DCB technology 74 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

95 Diode Modules, Dual I FV = C Fig. Type V RRM I FV T C I FSM V F0 r F T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MDM 25P1200TG X125e MDM 25P1600TG 1600 MDM 25P1800TG 1800 MDN 25P2200TG 2200 MDD 26-08N1B MDD 26-12N1B 1200 MDD 26-14N1B 1400 MDD 26-16N1B 1600 MDD 26-18N1B 1800 MDM 35P1200TG MDM 35P1600TG 1600 MDM 35P1800TG 1800 MDN 35P2200TG 2200 MDD 44-08N1B MDD 44-12N1B 1200 MDD 44-14N1B 1400 MDD 44-16N1B 1600 MDD 44-18N1B 1800 MDM 50P1200TG MDM 50P1600TG 1600 MDM 50P1800TG 1800 MDN 50P2200TG 2200 MDD 56-08N1B MDD 56-12N1B 1200 MDD 56-14N1B 1400 MDD 56-16N1B 1600 MDD 56-18N1B 1800 MDM 65P1200TG MDM 65P1600TG 1600 MDM 65P1800TG 1800 MDN 65P2200TG 2200 MDD 72-08N1B MDD 72-12N1B 1200 MDD 72-14N1B 1400 MDD 72-16N1B 1600 MDD 72-18N1B 1800 MDM 85P1200TG MDM 85P1600TG 1600 MDM 85P1800TG 1800 MDN 85P2200TG 2200 Package style Outline drawings on pages O-31...O-52 X125e MDD... MDM..P.. TO-240 Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 75

96 Diode Modules, Dual I FV = MD... MDD... MDM..P.. 45 C Fig. Type V RRM I FV T C I FSM V F0 r F T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MDD 95-08N1B X125e MDD 95-12N1B 1200 MDD 95-14N1B 1400 MDD 95-16N1B 1600 MDD 95-18N1B 1800 MDD 95-20N1B 2000 MDD 95-22N1B 2200 MD 95-22N1B 2200 MDM 110P1200TG MDM 110P1600TG 1600 Package style Outline drawings on pages O-31...O-52 X125e TO-240 MDM 110P1800TG 1800 MDN 110P2200TG 2200 MDM 140P1200TG MDM 140P1600TG 1600 MDM 140P1800TG 1800 MDN 140P2200TG 2200 MDD N X126c MDD N MDD N MDD N MDD N MDM 180P1600YD MDD N MDD N MDD N MDD N MDD N MDM 210P1600YD MDD N MDD N MDD N MDD N MDD N X131c MDD N MDM 200P1600S X141c X126c X131c X141c Y4 Y1 SimBus 76 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

97 Diode Modules, Single and Dual I FV = MDO... MDD... MDM..P.. 45 C Fig. Type V RRM I FV T C I FSM V F0 r F T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MDD N X131c MDD N MDD N MDD N MDD N MDD N MDM 280P1600YD X126c MDD N X129c MDD N MDD N MDD N MDD N MDD N MDD N MDD N X131c MDD N MDD N MDD N MDD N MDD N MDM 380P1600KC MDM 380P1800KC 1800 MDN 380P2200KC 2200 MDO N X132b MDO N MDO N MDO N MDO N MDO N MDO N MDM 700P1600CC X142c MDM 700P1800CC 1800 MDN 700P2200CC 2200 X129c X131c Package style Outline drawings on pages O-31...O-52 X126c Y4 Y2 Y1 For more single and dual diode modules with higher current, please see pages X142c ComPack X132b Y1 Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 77

98 Thyristor / Diode Modules I TV = MCD...io1 MCM/N..PD.. MCD...io8/...io6 CL/CM..PD.. V DRM 45 C Fig. Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MCM 25PD1200TB X125b MCM 25PD1600TB 1600 MCD 26-08io1B MCD 26-12io1B 1200 MCD 26-14io1B 1400 MCD 26-16io1B 1600 MCD 26-08io8B X125d MCD 26-12io8B 1200 MCD 26-14io8B 1400 MCD 26-16io8B 1600 MCM 35PD1200TB X125b MCM 35PD1600TB 1600 MCD 40-12io X027a MCD 40-16io MCD 44-08io1B X125b MCD 44-12io1B 1200 MCD 44-14io1B 1400 MCD 44-16io1B 1200 MCD 44-18io1B 1600 MCD 44-08io8B X125d MCD 44-12io8B 1200 MCD 44-14io8B 1400 MCD 44-16io8B 1600 MCD 44-18io8B 1800 MCN 40PD2200TB X125b MCM 50PD1200TB MCM 50PD1600TB 1600 CL 60PD1200N X027a MCD 56-08io1B X125b MCD 56-12io1B 1200 MCD 56-14io1B 1400 MCD 56-16io1B 1600 MCD 56-18io1B 1800 MCD 56-08io8B X125d MCD 56-12io8B 1200 MCD 56-14io8B 1400 MCD 56-16io8B 1600 MCD 56-18io8B 1800 MCN 55PD2200TB X125b MCM 65PD1200TB MCM 65PD1600TB 1600 MCM 65PD1800TB 1800 CM 80PD1600N X027a X027a X125b X125d Package style Outline drawings on pages O-31...O-52 SOT-227B minibloc TO-240 TO Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

99 Thyristor / Diode Modules I TV = MCD...io1 MCM/N..PD.. MCD...io8 CL..PD.. V DRM 45 C Fig. Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MCD 72-08io1B X125b MCD 72-12io1B 1200 MCD 72-14io1B 1400 MCD 72-16io1B 1600 MCD 72-18io1B 1800 MCD 72-08io8B X125d MCD 72-12io8B 1200 MCD 72-14io8B 1400 MCD 72-16io8B 1600 MCD 72-18io8B 1800 MCN 75PD2200TB X125b MCM 85PD1200TB MCM 85PD1600TB 1600 MCM 85PD1800TB 1800 CL 100PD1200N X027a MCD 94-20io1B X125b MCD 94-22io1B 2200 MCD 95-08io1B MCD 95-12io1B 1200 MCD 95-14io1B 1400 MCD 95-16io1B 1600 MCD 95-18io1B 1800 MCD 95-08io8B X125d MCD 95-12io8B 1200 MCD 95-14io8B 1400 MCD 95-16io8B 1600 MCD 95-18io8B 1800 MCN 95PD2200TB X125b MCM 110PD1200TB MCM 110PD1600TB 1600 MCM 110PD1800TB 1800 MCN 120PD2200TB MCM 140PD1200TB MCM 140PD1600TB 1600 MCM 140PD1800TB 1800 MCD io X126b MCD io MCD io MCD io MCD io MCN 150PD2200YB MCD io MCD io Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X126b Package style Outline drawings on pages O-31...O-52 X027a X125b X125d SOT-227B minibloc TO-240 TO-240 Y4 79

100 Thyristor / Diode Modules I TV = MCD...io1 MCM/N..PD.. 80 V DRM 45 C Fig. Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MCD io X126b MCD io MCD io MCD io MCD io MCN 180PD2200YB MCM 200PD1600S X141b MCD io X126b MCD io MCD io MCN 220PD2200YB MCD io X129b MCD io MCD io MCD io MCD io X131b MCD io MCD io X131b MCD io MCD io MCD io MCD io X129b MCD io MCD io MCD io MCD io MCD io X131b MCD io MCD io MCD io MCM 260PD1600YB X126b MCM 260PD1800YB 1800 MCM 265PD1600KB X131b MCM 265PD1800KB 1800 MCD io X129b MCD io MCD io MCD io MCD io MCD io MCD io MCD io X131b MCD io MCD io MCD io MCN 650PD2200CB X142a MCM 700PD1600CB MCM 700PD1800CB 1800 For more thyristor / diode modules with higher current, please see pages 137 and 140. Package style Outline drawings on pages O-31...O-52 X126b X129b X131b X141b X142b Data according to IEC and refer to a single diode or thyristor unless otherwise stated. Y4 Y2 Y1 SimBus ComPack

101 Thyristor Modules, Dual I TV = MCC...io1B MCM/N..P.. MCC...io8B V DRM 45 C Fig. Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MCC 19-08io1B X125a MCC 19-12io1B 1200 MCC 19-14io1B 1400 MCC 19-16io1B 1600 MCC 19-08io8B X125c MCC 19-12io8B 1200 MCC 19-14io8B 1400 MCC 19-16io8B 1600 MCC 21-08io8B MCC 21-12io8B 1200 MCC 21-14io8B 1400 MCC 21-16io8B 1600 MCM 25P1200T X125a MCM 25P1600T 1600 MCC 26-08io1B MCC 26-12io1B 1200 MCC 26-14io1B 1400 MCC 26-16io1B 1600 MCC 26-08io8B X125c MCC 26-12io8B 1200 MCC 26-14io8B 1400 MCC 26-16io8B 1600 MCM 35P1200T X125a MCM 35P1600T 1600 MCC 44-08io1B MCC 44-12io1B 1200 MCC 44-14io1B 1400 MCC 44-16io1B 1600 MCC 44-18io1B 1800 MCC 44-08io8B X125c MCC 44-12io8B 1200 MCC 44-14io8B 1400 MCC 44-16io8B 1600 MCC 44-18io8B 1800 MCN 40P2200T X125a MCM 50P1200T MCM 50P1600T 1600 MCC 56-08io1B MCC 56-12io1B 1200 MCC 56-14io1B 1400 MCC 56-16io1B 1600 MCC 56-18io1B 1800 MCC 56-08io8B X125c MCC 56-12io8B 1200 MCC 56-14io8B 1400 MCC 56-16io8B 1600 MCC 56-18io8B 1800 Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X125a X125c Package style Outline drawings on pages O-31...O-52 TO-240 TO

102 Thyristor Modules, Dual I TV = MCC...io1B MCM/N..P.. MCC...io8B V DRM 45 C Fig. Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch 10 ms No. New V C V mw C K/W K/W MCN 55P2200T X125a MCM 65P1200T MCM 65P1600T 1600 MCM 65P1800T 1800 MCC 72-08io1B MCC 72-12io1B 1200 MCC 72-14io1B 1400 MCC 72-16io1B 1600 MCC 72-18io1B 1800 MCC 72-08io8B X125c MCC 72-12io8B 1200 MCC 72-14io8B 1400 MCC 72-16io8B 1600 MCC 72-18io8B 1800 MCN 75P2200T ,38 0,20 X125a MCM 85P1200T MCM 85P1600T 1600 MCM 85P1800T 1800 MCC 94-20io1B MCC 94-22io1B 2200 MCC 94-24io1B 2400 MCC 95-08io1B MCC 95-12io1B 1200 MCC 95-14io1B 1400 MCC 95-16io1B 1600 MCC 95-18io1B 1800 MCC 95-08io8B X125c MCC 95-12io8B 1200 MCC 95-14io8B 1400 MCC 95-16io8B 1600 MCC 95-18io8B 1800 MCN 95P2200T X125a MCM 110P1200T MCM 110P1600T 1600 MCM 110P1800T 1800 MCM 110P1600V 1600 X103 MCN 120P2200T X125a MCM 140P1200T MCM 140P1400T 1400 MCM 140P1600T 1600 MCM 140P1800T 1800 MCC io X126a MCC io MCC io MCC io MCC io MCN 150P2200Y MCC io MCC io MCC io MCC io MCC io MCC io MCC io MCN 180P2200Y X125a X126a Package style Outline drawings on pages O-31...O-52 X125c X103 TO-240 TO-240 V1--Pack Y4 82 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

103 Thyristor Modules, Dual I TV = MCK... MCC...io1B MCM/N..P.. Type V RRM V DRM I TV T C I T(RMS) I TSM 45 C V T0 r T T VJM R thjc R thch Fig. 10 ms No. New V C V mw C K/W K/W MCM 200P1600S X141a MCC io X126a MCC io MCC io MCK io MCN 220P2200Y MCC io X129a MCC io MCC io MCC io MCC io MCC io X131a MCC io MCC io MCC io MCC io MCC io MCC io MCC io X129a MCC io MCC io MCC io MCC io MCC io X131a MCC io MCC io MCC io MCM 260P1600Y X126a MCM 260P1800Y 1800 MCM 265P1600K X131a MCM 265P1800K 1800 MCC io X129a MCC io MCC io MCC io MCC io MCC io X131a MCC io MCC io MCC io MCN 650P2200C X142a MCM 700P1600C MCM 700P1800C 1800 MCM 700P1600NC MCM 700P1800NC 1800 For more dual thyristor modules with higher current, please see pages 136 and 140. Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X129a X131a X141a X142a Package style Outline drawings on pages O-31...O-52 X126a Y4 Y2 Y1 SimBus ComPack 83

104 Thyristor Modules, Single I TV = VCO... MCO Type V RRM I TV T C I T(RMS) I TSM V T0 r T T VJM R thjc R thch V DRM 45 C 10 ms New V C V mw C K/W K/W MCO 25-12io X027a MCO 25-16io MCO 50-12io MCO 50-16io MCO 75-12io MCO 75-16io MCO io MCO io MCO io MCO io MCO io X132a MCO io MCO io MCO io MCO io MCO io MCO io MCO io MCO io MCO io VCO io X102 VCO io VCO io VCO io VCO io VCO io VCO io VCO io VCO io VCO io For more single thyristor modules with higher current, please see page 137. Fig. No. Package style Outline drawings on pages O-31...O-52 X027a SOT-227B minibloc X102 ECO-PC 2 See data sheet for pin arrangement X132a Y1 84 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

105 Optional ccessories for Thyristor / Diode Modules For module types MCC/MCD/MCO/MCM/MCN 132, 161,162, 200, 220, 224, 225, 250, 255, 260, 265, 310, 312, 450, 500, 501, 600, 700 and MII 400 (for MCD/MCO only L-type): Keyed Gate Cathode twin plugs with wire length = 350 / 480 mm gate = white, cathode = red Type ZY 180 L (L = Left for pin pair 4/5) Type ZY 180 R (R = Right for pin pair 6/7) For module-types MCC/MCD/MCM/MCN 19, 25, 26, 35, 40, 44, 50, 56, 65, 72, 85, 94, 95, 110, 120 and 140 version 1: Keyed Gate Cathode twin plugs with wire length = 340 / 460 mm; gate = white, cathode = red Type ZY 200 L (L = Left for pin pair 4/5) Type ZY 200 R (R = Right for pin pair 6/7) For ZY 180 and ZY 200: UL 758 Style 3751 For module types MCC/MCD/MDD 220, 250, 310 Threaded spacer for higher node / Cathode construction: Type ZY 250 (material brass) Design Information For Thyristors, Diodes, Thyristor / Diode Modules and Rectifier Bridges Surge current Limiting I 2 t Forward current The 60 Hz value of I TSM is 10% higher than the 50 Hz value The I TSM value at T VJM is 10% to 15% lower than the 45 C value 50 Hz: I 2 t [ 2 s] = I TSM [] I TSM [] [s]; use rated I TSM value (10 ms) 60 Hz: I 2 t [ 2 s] = I TSM [] I TSM [] [s]; use 60-Hz-value of I TSM The average current ratings in tables are mostly specified for temperature conditions of: T = 45 C, T C = 85 C or T C = 100 C. For other temperature conditions the current ratings can be calculated using the following formulas applicable up to 400 Hz. -V T0 + V 2 T0 + 4 k 2 r T P T VJM - T C T VJM - T I TV = where P = or P = 2 k 2 r T R thjc R thj I TV [], P [W]; V T0 [V]; r T [W], T VJM [ C], T C [ C], T [ C], R thjc [K/W], R thj [K/W] k 2 = 1 for DC current k 2 = 2.5 for sinusoidal half wave current k 2 = 3 for 120 rectangular current k 2 = 6 for 60 rectangular current The average forward current is limited by the RMS current value I T(RMS). When the calculated value I TV is higher than I T(RMS) / k, replace it by I TV = I T(RMS) / k. Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 85

106 Rectifier Bridges with Fast Diodes 1-phase, B2U Type Ø New V RRM V I T C C I FSM 45 C 10 ms VBE 17-06NO X101 V F0 V r F mw T VJM C R thjc K/W R thch VBE 17-12NO VBE 20-20NO X103 VBE 26-06NO X101 VBE 26-12NO VBE 55-06NO VBE 55-12NO VBE X027a VBE DHG 40B1200LB X030a DHG 50B1200LB Ø DPG 60B600LB FBE 22-06N X024a VBE NO X102 VBE NO FBS 10-06SC * X024a FBS 16-06SC * FBS 10-12SC * * SiC-Diodes K/W Fig. No. Package style Outline drawings on pages O-31...O-52 X024a ISOPLUS i4-pc TM X027a X030a SOT-227B minibloc SMPD-B X101 ECO-PC 1 3-phase, B6U FUS B X024a Ø DHG 60U1200LB X030a VUE 50-12NO X103 VUE 30-20NO VUE 22-06NO X101 VUE 22-12NO VUE 35-06NO VUE 35-12NO VUE 75-06NO VUE 75-12NO FUE 30-12N X024a VUE NO X102 VUE NO See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X103 V1--Pack Rectifier Bridges incorporating Fast Diodes Power switching semiconductors are used in inverter systems with DC-Link. Due to high switching frequencies, harmonics and line distortion may be generated. It is important that the new designs reduce these influences and fulfill the EMI filtering requirements according to EMI/EMC VDE 0871 and other. The noise level can be reduced by up to 10dB when the input rectifier is equipped with semi-fast diodes and is therefore optimised for turn off; resulting in a lower peak recovery current compared to non-optimised and normal rectifier diodes. The noise level can be further reduced approximetely by another 5dB when using rectifier bridges equipped with Fast Recovery Epitaxial Diodes (FRED) like module types VBE (single phase bridge) or VUE (three phase bridge). However these are more expensive but may be necessary in some applications to fulfill the VDE or other standards. This behaviour has a direct influence on the design of the EMI filter networks with its capacitors and inductors of which the size and costs can be reduced. More detailed information is available in the IXYS application note D98005E Input Rectifiers with Semi-fast Diodes for DC Link on 86 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

107 1~ Rectifier Bridges 1~ Rectifier Bridges with valanche Diodes, B2U Type V RRM V vrms I T C I FSM 45 C 10 ms V V C V mw C K/W K/W kw VBO 13-12O X115 VBO 13-16O VBO 20-12O VBO 20-16O VBO 25-12O VBO 25-16O Data according to IEC and refer to a single diode or thyristor unless otherwise stated. V F0 r F T VJM 1~ Rectifier Bridges with Standard Diodes, B2U VBO 13-08NO X115 VBO 13-12NO VBO 13-16NO FBO 16-12N X024a VBO 20-08NO X115 VBO 20-12NO VBO 20-16NO VBO 21-08NO X101 VBO 21-12NO VBO 22-08NO X116b VBO 22-12NO VBO 22-16NO VBO 22-18NO GBO 25-12NO X025a GBO 25-16NO VBO 25-08NO X115 VBO 25-12NO VBO 25-16NO VBO 30-08NO X119b VBO 30-12NO VBO 30-16NO VBO 30-18NO VBO 36-08NO X116b VBO 36-12NO VBO 36-16NO VBO 36-18NO FBO 40-12N X024a VBO 40-08NO X027a VBO 40-12NO VBO 40-16NO VBO 50-08NO X120b VBO 50-12NO VBO 50-16NO VBO 50-18NO VBO 52-08NO X122b VBO 52-12NO VBO 52-16NO VBO 52-18NO VBO 54-08NO X101 VBO 54-12NO VBO 54-16NO VBO 68-08NO X101 VBO 68-12NO VBO 68-16NO VBO 72-08NO X122b VBO 72-12NO VBO 72-16NO VBO 72-18NO R thjc R thjh P RSM Fig. No. Package style Outline drawings on pages O-31...O-52 X024a ISOPLUS i4-pc TM X025a X027a GBFP X101 ECO-PC 1 See data sheet for pin arrangement X115 X116b X119b X120b X122b SOT-227B minibloc FO- FO-B PWS- PWS-B PWS-D 87

108 1~ Rectifier Bridges 1~ Rectifier Bridges with Standard Diodes, B2U Type V RRM V vrms I T C I FSM 45 C 10 ms Ø New V V C V mw C K/W K/W VBO 78-08NO X102 VBO 78-12NO VBO 78-16NO VBO 88-08NO VBO 88-12NO VBO 88-16NO Ø DL 100B800LB X030a Ø DL 100B1200LB 1200 VBO NO X121b VBO NO VBO NO VBO NO VBO NO VBO NO VBO NO X123e VBO NO VBO NO VBO NO VBO NO VBO NO VBO NO VBO NO V F0 r F T VJM R thjc R thjh Fig. No. Package style Outline drawings on pages O-31...O-52 X030a SMPD-B X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement VGO VHF VHFD Type V RRM V vrms I T H I TSM V T0 r T T VJM R thjc R thjh Fig. 10 ms, 45 C No. V V C V mw C K/W K/W 1~ Half Controlled Rectifier Bridges with free wheeling diode, B2HKF VHF 15-08io X117a VHF 15-12io VHF 15-14io VHF 15-16io VHF 25-08io T C = X101 VHF 25-12io C VHF 28-08io X117a VHF 28-12io VHF 28-14io VHF 28-16io VHF 36-08io VHF 36-12io VHF 36-14io VHF 36-16io VHFD 16-08io X103 VHFD 16-12io VHFD 16-16io VHFD 29-08io VHFD 29-12io VHFD 29-16io VHFD 37-08io VHFD 37-12io VHFD 37-16io X103 X117a X121b X123e V1--Pack FO-F- PWS-C PWS-E 1~ Half Controlled Rectifier Bridge, B2HZ VGO 36-16io X Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

109 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New V RRM V V vrms V Data according to IEC and refer to a single diode or thyristor unless otherwise stated. I T C C I FSM 45 C 10 ms FUO 22-12N X024a FUO 22-16N VUO 22-08NO X103 VUO 22-12NO VUO 22-14NO VUO 22-16NO VUO 22-18NO X025b VUO 25-08NO X116a VUO 25-12NO VUO 25-14NO VUO 25-16NO VUO 25-18NO VUO 28-08NO X101 VUO 28-12NO VUO 36-08NO X116a VUO 36-12NO VUO 36-14NO VUO 36-16NO VUO 36-18NO VUO 34-08NO X103 VUO 34-12NO VUO 34-14NO VUO 34-16NO VUO 34-18NO VUO 30-08NO X117b VUO 30-12NO VUO 30-14NO VUO 30-16NO X116a VUO 30-18NO VUO 35-08NO X119a VUO 35-12NO VUO 35-14NO VUO 35-16NO X117b VUO 35-18NO GUO 40-08NO X025b GUO 40-12NO GUO 40-16NO Ø DM 40U1800GU Ø DN 40U2200GU FUO 50-16N X024a X119a VUO 52-08NO X103 VUO 52-12NO VUO 52-14NO VUO 52-16NO VUO 52-18NO VUO 52-20NO VUO 52-22NO VUO 50-08NO X117b VUO 50-12NO VUO 50-14NO VUO 50-16NO VUO 50-18NO V F0 V r F mw T VJM C R thjc K/W R thjh K/W Fig. No. Package style Outline drawings on pages O-31...O-52 X024a ISOPLUS i4-pc TM X101 ECO-PC 1 See data sheet for pin arrangement X103 X120a GUFP V1--Pack FO-B FO-F-B PWS- PWS-B 89

110 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New V RRM V V vrms V I T C C I FSM 45 C 10 ms VUO 55-12NO X120a X030a VUO 55-14NO VUO 55-16NO VUO 55-18NO VUO 60-12NO X117b VUO 60-14NO VUO 60-16NO VUO 60-18NO VUO 62-08NO X122a VUO 62-12NO VUO 62-14NO VUO 62-16NO VUO 62-18NO VUO 64-16NO X122c VUO 68-08NO X101 VUO 68-12NO VUO 68-14NO VUO 68-16NO VUO 70-16NO X118d VUO 80-08NO X103 VUO 80-12NO VUO 80-14NO VUO 80-16NO VUO 80-18NO VUO 82-08NO X122a VUO 82-12NO VUO 82-14NO VUO 82-16NO VUO 82-18NO VUO 84-16NO X122c VUO 86-08NO X101 VUO 86-12NO VUO 86-14NO VUO 86-16NO Ø DM 90U1800LB X030a DN 90U2200LB VUO 98-08NO X102 VUO 98-12NO VUO 98-14NO VUO 98-16NO VUO NO X121a VUO NO VUO NO VUO NO V F0 V r F mw T VJM C R thjc K/W R thjh K/W Fig. No. Package style Outline drawings on pages O-31...O-52 X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X103 X117b X118d X120a X121a X122a X122c SMPD-B V1--Pack FO-F-B FO-T- PWS-B PWS-C PWS-D PWS-D Flat 90 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

111 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New V RRM DM/N...Y... DM/N...YC... VUO NO X123c VUO NO X027a VUO NO VUO NO VUO NO VUO NO2T X104 VUO NO2T VUO NO X112 VUO NO X102 VUO NO VUO NO VUO NO VUO NO X121a VUO NO VUO NO VUO NO V V vrms V I T C C I FSM 45 C 10 ms Ø DN 90Y2200N X027a Ø DN 90YC2200N DM 150Y1600N X104 DM 150YC1600N VUO NO X123c VUO NO VUO NO VUO NO VUO NO VUO NO X123h X112 VUO NO X123c VUO NO VUO NO VUO NO VUO NO VUO NO X123h Ø MDN 240U2200ED X112 X113 Ø MDM 450U1600PTEH X113 Ø MDM 660U1600PTEH Ø MDN 660U2200PTEH Ø MDM 900U1600PTEH V F0 V r F mw T VJM C R thjc K/W R thjh K/W Fig. No. VUO.. DM/N..U.. MDM/N..U.. Package style Outline drawings on pages O-31...O-52 SOT-227B minibloc X102 ECO-PC 2 See data sheet for pin arrangement V2-Pack E2-Pack E3-Pack X123h PWS-E Flat X123c PWS-E X121a PWS-C Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 91

112 3~ Rectifier Bridges NTC 3~ Rectifier Bridges with IGBT and Fast Diode for Brake Unit Type Rectifier IGBT Fast Diode Ø New V RRM V I T C C VUB 72-12NOXT X103 VUB 72-16NOXT 1600 V CES V I C80 V RRM V I F(V) t rr ns Fig. No. Package style Outline drawings on pages O-31...O-52 X027a SOT-227B minibloc VUI 72-16NOXT VUB NOXT X112 VUB NOX X104 VUB NOXT VUB NO tbd X112 VUB NOXT VUB NOX X104 VUB NOXT Ø MDM 210UB1600PTED X112 Ø MDN 210UB2200PTED MDM 240UB1600ED Ø MDM 280UB1600PTED Ø MDN 280UB2200PTED Ø MDM 360UB1600PTED Ø MDN 360UB2200PTED Ø MDM 450UB1600PTED X103 X104 V1--Pack V2-Pack X112 E2-Pack 3~ Half Controlled Rectifier Bridges Therm. with IGBT and Fast Diode for Brake Unit Type Rectifier IGBT Fast Diode Ø New V RRM V I T C C VVZB ioX X104 MCN 120UI2200TED X112 V CES V I C80 V RRM V VVZB ioXT VVZB ioXT MCM 240UI1600ED Ø MCM 240UI1600PED Ø MCM 245UI1600ED I F(V) t rr ns Fig. No. X123c X123h PWS-E PWS-E Flat 92 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

113 3~ Rectifier Bridges...UC... VUC VVZ VVZF...UJ... VTO Type V RRM V vrms I T H I FSM/TSM V T0 r T T VJM R thjc R thjh Fig. 10 ms, 45 C No. V V C V mw C K/W K/W Package style Outline drawings on pages O-31...O-52 3~ Rectifier Bridges with Fast Diodes (t rr = 1.5 ms) & Integrated Softstart Thyristor VUC 36-12go Dio X105a Thy VUC 36-16go Dio Thy MDM 60UC1600VC Dio X105c Thy X101 ECO-PC 1 See data sheet for pin arrangement 10 ms, Fig. Type V RRM V vrms I T H I FSM/TSM V T0 r T T VJM R thjc R thjh 45 C No. X105a V1-B-Pack V V C V mw C K/W K/W 3~ Half Controlled Rectifier Bridges, B6HK VVZ 39-08ho X101 VVZ 39-12ho VVZ 40-12io X105a VVZ 40-16io VVZ io X123b VVZ io VVZ io X105c V1-B-Pack 3~ Half Controlled Rectifier Bridges with free wheeling diode, B6HKF MCM 120UJ1800ED X112 VVZF 70-16io X118c 3~ Full Controlled Rectifier Bridges, B6C VTO 39-08ho X101 VTO 39-12ho X123b PWS-E X118c FO-T- X112 E2-Pack Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 93

114 C Controller 1~ / 2~ / 3~ I RMS = MMO/CL..MB.. VW 2x.. VWO 1~ 2~ 3~ 10 ms Fig. Type V RRM V vrms I T C I TSM V T0 r T T VJM R thjc R thjh 45 C No. Ø New V V C V mw C K/W K/W MMO 62-12io X027a MMO 62-16io MMO 74-12io MMO 74-16io MMO 90-12io MMO 90-14io MMO 90-16io CL 110MB1200N MMO io X101 MMO io MMO io MMO io MMO io MMO io MMO io MMO io MMO io MMO io X102 MMO io MMO io MMO io MMO io VW 2x60-12io x X103 VW 2x60-14io VW 2x60-16io VWO 35-08ho x X101 VWO 35-12ho TRIC 1~ I RMS = MT... Ø CL 30MT1200NPB X005a Ø CL 30MT1200NPZ 1.20 X011c Ø CL 40MT1200NPB X005a Ø CL 40MT1200NPZ 1.05 X011c Ø CL 40MT1200NHB X014a Ø CL 40MT1200NHR X016c CL 60MT1200NHB X014a CL 60MT1200NTZ 0.70 X019a CL 60MT1200NHR X016c Ø CM 60MT1600NHB X014a Ø CM 60MT1600NHR X016c Ø CL 80MT1200NHB X014a Ø CL 80MT1200NHR X016c Ø CM 80MT1600NHB X014a Ø CM 80MT1600NHR X016c Ø MCM 650MT1400NKD X132a Ø MCM 650MT1800NKD Package style Outline drawings on pages O-31...O-52 X027a SOT-227B minibloc X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X103 X104 X132a X016c V1--Pack V2-Pack Y1-2-Cu ISO247 X005a TO-220B X011c TO-263BHV X014a TO-247D X019a TO-268HV 94 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

115 1~ / 3~ High Voltage Rectifier Modules UGE UGB UGD Type V RRM V I dv / I FSM 10 ms, 45 C V F0 V r F mw T VJM C R thj1 K/W R thj2 K/W UGE 0421Y / X251 UGE 0221Y / UGE 1112Y / UGE 3126Y / UGB 3132D X252 UGB 6124G X253b UGD 6123G X253a UGD 8124G Fig. No. Package style Outline drawings on pages O-31...O-52 Data according to IEC /6 for oil-cooling with cooling plate, T = 35 C for natural air cooling without cooling plate, T = 45 C X253b UGB X253a UGD X252 UGB X251 UGE Braking Rectifier ssemblies ~ ~ + ~ ~ - ~ 2 ~ VGF 0136 H VGF 0136 B VGB 0124 Y7 Type V vrms typ. V V dv typ. V I dvm typ. I dvm max. V RRM max. V I FSM max. I 2 t max. 2 s Fig. No. Package style Outline drawings on pages O-31...O-52 VGB 0124Y7a X254 VGF 0136B X255 X254 VG- X255 VG-B Data according to IEC and refer to a single diode or thyristor unless otherwise stated. 95

116 Break-Over Diodes Version R Version RD V BO I BO I H V H I D I VM I SM dv/dt R thj Fig. Package style T Type VJ = 25 C T No. K T = K -1 VJ = 25 C T VJ = 125 C Tamb = 50 C V D = 0.8 V BO Outline drawings V m m V µ V/µs K/W on pages O-31...O-52 IXBOD ±50 < > X201 IXBOD IXBOD IXBOD IXBOD IXBOD 1-12R 1200 ±50 < > X202 IXBOD 1-12RD IXBOD 1-13R 1300 IXBOD 1-13RD IXBOD 1-14R 1400 IXBOD 1-14RD IXBOD 1-15R 1500 IXBOD 1-15RD X201 FP-Case (oil proof) IXBOD 1-16R 1600 IXBOD 1-16RD IXBOD 1-17R 1700 IXBOD 1-17RD IXBOD 1-18R 1800 IXBOD 1-18RD IXBOD 1-19R 1900 IXBOD 1-19RD IXBOD 1-20R 2000 IXBOD 1-20RD IXBOD 1-21R 2100 ±50 < > IXBOD 1-21RD IXBOD 1-22R 2200 IXBOD 1-22RD IXBOD 1-23R 2300 IXBOD 1-23RD IXBOD 1-24R 2400 IXBOD 1-24RD X202 BOD-Package IXBOD 1-25R 2500 IXBOD 1-25RD IXBOD 1-26R 2600 ±100 IXBOD 1-26RD IXBOD 1-28R 2800 IXBOD 1-28RD IXBOD 1-30R 3000 IXBOD 1-30RD IXBOD 1-32R 3200 IXBOD 1-32RD IXBOD 1-34R 3400 ±100 < > IXBOD 1-36R 3600 IXBOD 1-38R 3800 IXBOD 1-40R 4000 IXBOD 1-42R 4200 Leads soldered on PCB board, T stg and T VJ = C Break-Over-Diodes Sets We deliver also: - Special selection of more than 2 pcs IXBOD1-... for every break down voltage of VBO > 2000 V - Example type designation 96 IXBOD Set S05/00 VBO = 4700 V ±100 V (we deliver 5 pcs single selected IXBOD1-... in one plastic bag) Customers use these products on PCB connected in series with parallel resistor R = 10 MW across each IXBOD Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

117 IXBOD 2 - Fast Break-Over Diodes dvantages compared with IXBOD 1: Temperature coefficient K T reduced by a factor of 3 - tighter definition of the break-over voltage V BO -- V BO (T VJ ) = V BO, 25 C [1 + K T (T VJ - 25 C)] - more precise and controllable design due to smaller tolerances Significant reduction of the switching-on time down to a few nanoseconds pplications: Protection circuits for thyristors in high valuable designs - high DC current power transmissions for long distances like offshore windmills or hydroelectric dams High Intensity Discharge Lighting (HID) Fast Break-Over Diodes Version R Version RD Type V BO I BO I H V H I D I VM I SM dv/dt R thj Fig. T VJ = 25 C T No. K T = K -1 VJ = 25 C T VJ = 125 C Tamb = 50 C V D = 0.8 V BO Ø New V m m V µ V/µs K/W IXBOD > X201 IXBOD IXBOD IXBOD ±10% V BO IXBOD ±50 IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD IXBOD 2-15R 1500 ± > X202 IXBOD 2-15RD IXBOD 2-16R 1600 IXBOD 2-16RD IXBOD 2-17R 1700 IXBOD 2-17RD IXBOD 2-18R 1800 IXBOD 2-18RD IXBOD 2-19R 1900 IXBOD 2-19RD IXBOD 2-20R 2000 IXBOD 2-20RD IXBOD 2-21R 2100 IXBOD 2-21RD IXBOD 2-22R 2200 IXBOD 2-22RD IXBOD 2-23R 2300 IXBOD 2-23RD IXBOD 2-24R 2400 IXBOD 2-24RD IXBOD 2-25R 2500 IXBOD 2-25RD IXBOD 2-26R 2600 IXBOD 2-26RD IXBOD 2-27R 2700 IXBOD 2-27RD IXBOD 2-28R 2800 IXBOD 2-28RD Data according to IEC and refer to a single diode or thyristor unless otherwise stated. X201 X202 Package style Outline drawings on pages O-31...O-52 FP-Case (oil proof) BOD-Package 97

118 Fast Break-Over Diodes Version R Version RD Type V BO I BO I H V H I D I VM I SM dv/dt R thj Fig. T VJ = 25 C T No. K T = K -1 VJ = 25 C T VJ = 125 C Tamb = 50 C V D = 0.8 V BO Ø New V m m V µ V/µs K/W IXBOD 2-29R 2900 ± > X202 IXBOD 2-29RD IXBOD 2-30R 3000 IXBOD 2-30RD IXBOD 2-31R 3100 IXBOD 2-31RD IXBOD 2-32R 3200 IXBOD 2-32RD IXBOD 2-33R 3300 IXBOD 2-33RD IXBOD 2-34R 3400 IXBOD 2-34RD IXBOD 2-35R 3500 IXBOD 2-35RD IXBOD 2-36R 3600 IXBOD 2-36RD IXBOD 2-37R 3700 IXBOD 2-37RD IXBOD 2-38R 3800 IXBOD 2-38RD IXBOD 2-39R 3900 IXBOD 2-39RD IXBOD 2-40R 4000 IXBOD 2-40RD IXBOD 2-41R 4100 IXBOD 2-41RD IXBOD 2-42R 4200 IXBOD 2-42RD IXBOD 2-43R 4300 ± > IXBOD 2-44R 4400 IXBOD 2-45R 4500 IXBOD 2-46R 4600 IXBOD 2-47R 4700 IXBOD 2-48R 4800 IXBOD 2-49R 4900 IXBOD 2-50R 5000 IXBOD 2-51R 5100 IXBOD 2-52R 5200 IXBOD 2-53R 5300 IXBOD 2-54R 5400 IXBOD 2-55R 5500 IXBOD 2-56R 5600 X202 Package style Outline drawings on pages O-31...O-52 BOD-Package Leads soldered on PCB board, T stg and T VJ = C 98 Data according to IEC and refer to a single diode or thyristor unless otherwise stated.

119 Power Relays For a complete listing of IXYS Integrated Circuits Division s Solid-State Relay products, please visit: BI 1-Form- Relays: Single-Pole, Bidirectional Part No. Relay Type Blocking Voltage Free ir Load Current 5 C/W Heat Sink T C = 25 C Input Control Current On Resistance Switching Speeds t on / t off Isolation Voltage Off-State Leakage New V P rms rms rms Ω m ms V rms µ CPC1906Y BI / CPC1907B BI / CPC1908J BI / CPC1909J BI / CPC1916Y BI / CPC1918J BI / CPC1926Y BI / CPC1927J BI / CPC1967J BI / CPC1968J BI / CPC1973Y BI / CPC1977J BI / CPC1978J BI / CPC1979J BI / CPC1981Y BI / CPC1983B BI / CPC1983Y BI / CPC1983YE BI / CPC1986J BI / CPC1988J BI / Package Type UNI 1-Form- Relays: Single-Pole, Unidirectional CPC1706Y UNI / CPC1708J UNI / CPC1709J UNI / CPC1718J UNI / CPC1726Y UNI / CPC1727J UNI / CPC1777J UNI / CPC1779J UNI / CPC1786J UNI / CPC1788J UNI / i4-pc 36 Power SIP 37 ISOPLUS Power SOIC 99

120 Optically Isolated C Power Switches The OptoMOS line of power products uses dual power-scr outputs to produce an alternative to optocoupler and Triac circuits. These C Power Switches provide a blocking voltage of up to 800V P. In addition, tightly controlled zero-cross circuitry ensures switching of C loads while minimizing the generation of transients. The input and output circuits are optically coupled to provide 3750V rms of isolation and noise immunity between control and load circuits. Long life and environmental integrity make these power switches ideal for controlling a variety of C circuits in industrial environments where electromagnetic interference would disrupt the operation of electromechanical relays. Optically Isolated C Power Switches: I LOD 1 Part No. Blocking Voltage Load Current Input Control Current Operating Frequency Isolation Voltage Fig. No. New V P rms m min. Hz max. V rms CPC , 16 CPC1945G CPC1945Y CPC , 22 CPC , 16 CPC1964G CPC1964Y CPC1965G CPC1965Y CPC , 14 PD PD PD PM , 16 PM , 16 PM , 16 PS PS PS Pin DIP (16-Pin Body) 12 6-Pin Surface Mount 14 6-Pin DIP 15 6-Pin Power DIP 16 6-Pin Power DIP SMD 20 8-Pin DIP 22 8-Pin Surface Mount 36 Power SIP 23 4-Pin SIP (8-Pin Body) 29 i4-pc 64 Super SIP 66 Power SOIC Part Number Blocking Voltage No Heat Sink Load Current with 5 C/W Heat Sink T C = 25 C Input Control Current Input Control Voltage Operating Frequency- Range Isolation Voltage Fig. No. New V P rms rms rms m V Hz V rms CPC1964B CPC1964BX CPC CPC1966B CPC1966YX CPC CPC1976YX CPC1998J CPC40055ST CPC44055ST For data sheets, go to 100

121 Gate Drivers These ultra-fast, high current MOSFET and IGBT gate drivers are optimized for high efficiency performance in motor drive and power conversion applications. With output current ratings of 1.5 to 30, they are designed to switch the largest MOSFETs and IGBTs with minimum switching times and at frequencies up to 10MHz. Depending on the output current rating, these gate drivers are offered in DFN (56), SOIC (54), Power SOIC (53), DIP (20), TO-220 (57), and TO-263 (58) packages. F versions include one inverting driver and one non-inverting driver, I versions are inverters, N versions are non-inverters, and D versions are non-inverters that include an enable function. Part No. Output Type I PEK T C = 25 C Output Resistance Logic Config. Enable Function Undervoltage Lockout New P Ω V Fig. No. IX4423 DUL 3 4 I IX4424 DUL 3 4 N IX4425 DUL 3 4 F IX4426 DUL I , 56 IX4427 DUL N , 56 IX4428 DUL F , 56 IXD_602* DUL 2 4 F, I, N , 53, 54, 56 IXD_604* DUL F, I, N, D (D) - 20, 53, 54, 56 IXD_609* SINGLE 9 1 I, N, D (D) - 20, 53, 54, 56, 57, 58 IXD_614* SINGLE I, N, D (D) - 20, 53, 57, 58 IXD_630* SINGLE I, N, D (D) V CC < , 58 IXD_630M* SINGLE I, N, D (D) V CC < 9 57, 58 Package Type 20 8-Pin DIP Package Code: PI 53 8-Pin Power SOIC Package Code: SI with exposed metal back * = Package Code Features: 1.5 to 30 Peak Source / Sink Drive Current Wide Operating Voltage Range: 4.5V to 35V -40 C to +125 C Extended Operating Temperature Range Logic Input Withstands Negative Swing of up to -5V Matched Rise and Fall Times Low Propagation Delay Time Low 10m Supply Current Low Output Impedance pplications: Efficient Power MOSFET and IGBT Switching Switch Mode Power Supplies Motor Controls DC to DC Converters Class-D Switching mplifiers Pulse Transformer Driver 54 8-Pin SOIC Package Code: SI 56 8-Pin DFN Package Code: D2 IXD_604SI/SI, IXD_609SI and IXD_614SI are EC Q100 Qualified! 57 5-Pin TO-220 Package Code: CI EN IN OUT IN OUT IN OUT IN OUT ENB INB B OUTB INB B OUTB INB B OUTB INB B F I N D OUTB 58 5-Pin TO-263 Package Code: YI EN IN OUT IN OUT IN OUT For data sheets, go to 101

122 Gate Drivers IX V High-Side & Low-Side MOSFET and IGBT Gate Driver The IX2113 is a high voltage integrated circuit that can drive high speed MOSFETs and IGBTs that operate at up to +600V. The IX2113 is configured with independent high-side and low-side referenced output channels, both of which can source and sink 2. The floating high-side channel can drive an N-channel power MOSFET or IGBT 600V from the common reference. IX2113 is supplied in a 16-pin SOIC package or a 14-pin DIP package. V DD HIN SD LIN V SS Input Control Logic & Cycle-by-Cycle Edge-Triggered Shutdown Level Shift V DD / V CC V SS / COM Level Shift V DD / V CC V SS / COM Pulse Generator High Voltage Level Shift LS Delay Control UVLO R R Q S UVLO Buffer Buffer V B HO V S V CC LO IX2113 COM Features: Floating Channel for Bootstrap Operation up to 600V with an absolute maximum Rating of 700V Outputs Capable of Sourcing and Sinking 2 Gate Drive Supply Range From 10V to 20V Enhanced Robustness due to SOI Process Tolerant to Negative Voltage Transients: dv/dt Immune 3.3V Logic Compatible Undervoltage Lockout for Both High-Side and Low-Side Outputs Matched Propagation Delays IX21844 High Voltage Half-Bridge Gate Driver The IX21844 is a high voltage IC that can drive high speed MOSFETs and IGBTs that operate at up to +600V. The IX21844 is configured with dependent high-side and low side referenced output channels that can source 1.4 and sink 1.8. The floating high-side channel can drive an N-channel power MOSFET or IGBT 600V from the common reference. programmable dead-time can be set between 400ns and 5ms to ensure that both the high-side and low-side power MOSFET or IGBT are not enabled at the same time. IX21844 Typical pplication up to 600V V CC V CC HO V B IN IN SD SD DT R DT V S V SS V SS COM LO LOD Features: Floating Channel for Bootstrap Operation to +600V with an bsolute Maximum Rating of +700V Programmable Dead Time Outputs Can Source 1.4 and Sink 1.8 Gate Drive Supply Range From 10V to 20V Tolerant to Negative Voltage Transients: dv/dt Immune 3.3V and 5V Logic Compatible Undervoltage Lockout for Both High-side and Low-Side Outputs Matched Propagation Delays 102 pplications: Switch Mode Power Supplies Motor Driver Inverters DC/DC Converters Uninterruptable Power Supplies (UPS) For data sheets, go to

123 Gate Drivers IX V High-Side MOSFET and IGBT Gate Driver The IX2127 is a high voltage, high-speed power MOSFET and IGBT driver. The device s high voltage level-shift technique enables it to operate at up to 600V. Proprietary common-mode design techniques provide stable operation in high dv/dt noise environments. The IX2127 detects an over-current condition in the driven MOSFET or IGBT device, and shuts down drive to that device. n open-drain output, FULT, indicates that an over-current shutdown has occurred. The gate driver output typically can source 250m and sink 500m, which is suitable for fluorescent lamp ballast, motor control, SMPS, and other converter drive topologies. vailable in 8-pin DIP and 8-pin SOIC packages. 8-pin DIP V CC Low Side High Side Undervoltage Lockout V B IN Data Latch Transmitter Low-High Level Shift Receiver Buffer HO Enable IX2127 Blanking Signal Delay V S FULT COM Q R S Receiver High-Low Level Shift Transmitter Enable Data Latch + _ Comparator CS 8-pin SOIC Features: Floating Channel Designed for Bootstrap Operation up to 600V Tolerant to Negative Transient Voltages; dv/dt Immune Undervoltage Lockout 3.3V, 5V, and 12V Input Logic Compatible Open-Drain FULT Indicator Pin shows Over-Current Shutdown Output in Phase with the Input pplications: High Speed Gate Driver Motor Drive Inverter IX2204 Dual Low Side IGBT Gate Driver The IX2204 is a dual high current gate driver specifically designed to drive the gates of high current IGBTs. The IX2204 provides two high current outputs capable of sourcing 2 and sinking 4. The outputs can be paralleled for IGBT gates that require higher drive current. The outputs have a wide operating voltage range, and are able to provide a negative gate drive voltage to ensure the turn-off of high power IGBTs. desaturation detection circuit protects the power IGBT during a short circuit. The IX2204 has a programmable two-level turn-off feature that protects the device against excessive voltages when the IGBT is being turned off due to an over-current situation. The IX2204 has under voltage lockout circuitry, a fault status output, and is available in a 16-lead thermally enhanced SOIC package. IX2204 Functional Block Diagram UVLO VH IN INB MODE BLNK TRISTTE DEST 1.4V FULT GND Control Logic pplications: Efficient IGBT Switching Motor Controls Switch Mode Power Supplies Channel Level Shift B Channel Level Shift OUTH OUTL VL VHB OUTHB OUTLB VLB Features: High Output Current: 2 Source / 4 Sink Wide Operating Voltage Range: -10V to +26V Negative Gate Drive Capability Desaturation Detection Circuit Separate Source and Sink Outputs Programmable Blanking and Output Tristate TTL Compatible Inputs -40 C to +125 C Extended Operating Temperature Range Under-Voltage Lockout Circuitry Fault Status Output For data sheets, go to 103

124 Gate Drivers IX V High and Low Side Gate Driver The IX2120 is a high voltage integrated circuit that can drive high speed MOSFETs and IGBTs that operate at up to +1200V. The IX2120 is configured with independent high-side and low-side referenced output channels, both of which can source and sink 2. The floating high-side channel can drive an N-channel power MOSFET or IGBT 1200V from the common reference. The IX2120 is available in a 28-pin SOIC package. pplications: Isolated IGBT / MOSFET Gate Drive V DD HIN SD LIN V SS Input Control Logic & Cycle-by-Cycle Edge-Triggered Shutdown IX2120 Level Shift V DD / V CC V SS / COM Level Shift V DD / V CC V SS / COM Pulse Generator Mid Voltage Level Shift High Voltage Level Shift LS Delay Control IX Output Optically Coupled Gate Driver UVLO C R Q S UVLO Buffer Buffer The IX3120 Gate Driver includes an input infrared LED that is optically coupled to a power output stage. The power output stage is capable of sourcing or sinking 2.5 of peak current, which is ideal for driving IGBTs and MOSFETs in the mid-power range. The gate driver optocoupler with its low input LED current, high output peak current, and high noise immunity (25kV/ms) is ideally suited for use in motor control and inverter applications. The IX3120 is provided in an 8-pin DIP package and an 8-pin surface mount package. V B HO V S V BM V SM V CC LO COM Switch Mode Power Supplies Industrial Inverters Motor Drivers Features: Floating Channel for Bootstrap Operation to +1200V Outputs Capable of Sourcing and Sinking 2 Gate Drive Supply Range From 15V to 20V Enhanced Robustness due to SOI Process Tolerant to Negative Voltage Transients: dv/dt Immune 3.3V Logic Compatible Undervoltage Lockout for High-Side & Low-Side Outputs pplications: N/C NODE 1 2 IX V CC V O Isolated IGBT / MOSFET Gate Drive Switch Mode Power Supplies Industrial Inverters Motor Drivers Features: CTHODE N/C V O V EE 2.5 Maximum Peak Output Current 25kV/μs Minimum Common Mode Rejection (CMR) at 1500V CM Wide Operating Voltage Range: 15V to 30V Undervoltage Lockout with Hysteresis 3750V rms Input to Output Isolation Wide Temperature Range: -40 C to +100 C IX Output Current High Speed Gate Driver Optocoupler The IX3180 is a high speed MOSFET gate drive optocoupler. It consists of an input infrared LED that is optically coupled to an integrated power gate driver that is capable of sourcing and sinking 2.5 of peak current. The IX3180 is ideally suited for high frequency driving of power MOSFETs used in high performance, DC/DC converters, motor control inverter applications, and high performance switching power supplies. The IX3180 is available in an 8-pin DIP package and an 8-pin surface mount package. N/C NODE CTHODE N/C IX V CC V O V O V EE pplications: Isolated Power MOSFET Gate Drive Switch Mode Power Supplies Industrial Inverters Motor Drivers Features: 2.5 Maximum Peak Output Current 200ns Maximum Propagation Delay Over Temperature Range 20ns Typical Pulse Width Distortion 10kV/μs Minimum Common Mode Rejection (CMR) at 1500V CM Wide Operating Voltage Range: 10V to 20V Undervoltage Lockout with Hysteresis 3750V rms Input to Output Isolation Wide Temperature Range: -40 C to +100 C 104 For data sheets, go to

125 Gate Drivers Optically Isolated Gate Drivers The CPC1580 and CPC1590 are high speed, optically isolated Gate Driver ICs. On-chip circuitry charges an external capacitor from the load voltage which eliminates the need for an external IC power supply. These Gate Drivers are ideal for low duty cycle switching applications. Both devices are provided in an 8-pin flatpack package. CPC V CP 8-Pin Flatpack 1 4 NC NC 7 V D C ST LOD +V LOD V IN 2 5 V G Q1 3 6 V S Features: No External IC Power Supply Low Drive Power Requirements (TTL/CMOS Compatible) Load Voltages up to 200V Fast Switching Times - On: 40µsec / Off: 400µsec -V LOD pplications: Instrumentation Multiplexers I/O Subsystems Meters (Watt-Hour, Water, Gas) Medical Equipment (Patient / Equipment Isolation) Security erospace Industrial Controls Part Number Input Control Current Gate Voltage Blocking Voltage Regulated Capacitor F = 5m Switching Speeds Isolation Voltage t on / t off (m) (V P ) (V P ) (V CP-MX ) (µs) (V rms ) CPC V DS - 0.2V 40 / CPC / Optically Isolated Dual MOSFET Gate Drivers These Dual Optically Isolated Photodiode rrays, which can produce an open-circuit voltage of up to 12V, are well suited for use in discrete solid state relay designs. The FD215 and the FD217 are provided in either an 8-pin DIP package or in an 8-pin surface-mount package. 8-Pin DIP Input PV Output Input PV Output 8-Pin Surface Mount Features: Isolated 5.5V to 12V Photovoltaic Output Floating Outputs for Parallel or Series Configuration pplications: MOSFET Driver Isolated Floating Power Source Part No. Input Control Current m Nominal Open-Circuit Voltage V OC V Nominal Short-Circuit Current I SC µ Switching Speeds t on / t off ms Isolation Voltage V rms Package Type FD / Pin DIP, 8-Pin Surface Mount FD / Pin DIP, 8-Pin Surface Mount For data sheets, go to 105

126 Linear Optocouplers OptoMOS Linear Optocouplers feature an infrared LED optically coupled to a pair of photodiodes. The input photodiode is used to generate a feedback signal that provides a servomechanism to the LED drive current thus compensating for the LED s nonlinear characteristics. The output photodiode provides an isolated output signal that is linear with respect to the servo LED current. Features: Couples nalog & Digital Signals 3750V rms Input / Output Isolation Bandwidth >200kHz in Photoconductive Mode Bandwidth 40kHz in Photovoltaic Mode High Gain Stability Low Input / Output Capacitance Low Power Consumption 0.01% Servo Linearity THD 87dB Typical Machine Insertable, Wave Solderable pplications: Power Supply Feedback Voltage / Current Medical Sensor Interfacing Isolation of Process Control Transducers Isolated 4-20m Converters Digital Telephone Isolation Part Number Servo Gain K1 = I 1 /I F Min / Max Forward Gain K2 = I 2 /I F Min / Max Transfer Gain K3 = K 2 /K 1 Min / Max Input Control Current m Isolation Voltage V rms Package Type LOC / / / , 21, 22 LOC / / / , 21, 22 LOC / / / , 21, 22 LOC / / / , 21, 22 LOC / / / LOC / / / LED + LED C1 1 LOC11x C2 2 LED + LED C1 1 C2 2 LOC21x C2 2 LED + LED C Pin SOIC 4 8-Pin DIP 20 8-Pin Flatpack 21 8-Pin Surface Mount 22 Two Fundamental Operating Configurations: Photoconductive Mode: Wide Bandwidth (>200kHz) 8-bit Linearity Isolation mplifier (Photovoltaic Mode) V IN + V CC I F 1 2 LOC110, LOC111 or LOC I 2 = K 3 I 1 Photovoltaic Mode: 14-bit Linearity 40kHz Bandwidth I V OUT N-Channel Depletion Mode FETs Our N-channel depletion mode Field Effect Transistors (FETs) utilize a proprietary third generation vertical DMOS process. The third generation process realizes world class, high voltage MOSFET performance in an economical silicon gate process. The vertical DMOS process yields a robust device for low-power applications with high input impedance. These highly reliable FET devices have been used extensively in our solid state relays for industrial and telecommunications applications. These normally on MOSFETs are well suited for low cost, pre-regulator applications that are tolerant of high voltage drop and power dissipation between the power source and the output regulator stage. Part Number 106 V (BR)DSX (V) R DS(on) Max (W) V GS(off) Min (V) V GS(off) Max (V) I V GS = 0V Min (m) I V GS = -0.57V Min (m) Package Type SOT CPC CPC CPC / 223 CPC CPC CPC CPC CPC CPC / 223 CPC CPC CPC CPC CPC SOT-223 SOT-89

127 Product pplication Notes and Technical Information vailable from Use of a rectifier diode above T JMX with a short term overload Leakage current against temperature and applied voltage Setting disc spring type clamps Replacement of devices in assembly type X3370ZX12WRs Possible failure modes in press-pack devices Recommended clamps for capsule semiconductors Guidance for soldering leads to thyristors, GTO thyristors and IGBT s Device mounting instruction Stocking & handling requirements for press-pack and module devices Recommended maximum force for module gate terminals Press releases Quality documents IXYS UK product nomenclatures 107

128 Rectifier Diodes Our comprehensive range of rectifier diodes offers class leading performance and reliability. Devices are available with blocking voltages from 200V up to 6kV. Optimised to offer low conduction losses. these devices are ideally suited to line frequency applications up to 400Hz including input rectifiers for variable speed drives. traction converters. trackside substations. welding and DC power supplies. Featuring compression bonded. alloyed Silicon wafer construction, these devices feature low thermal impedance and high overload capacity and are designed to survive even the most arduous applications. The latest additions to the IXYS UK Rectifier Diode family are four new 83mm dia Si Rectifier Diodes. These new designs use a bonded die construction and improved package design for maximum power to package ratio. as well as better thermal and electromechanical performance. Four new products have been launched offering average current ratings up to 9830 and voltage ratings up to 4800V with further products planned. Stud Types Part No. V RRM I FV I FSM I 2 t V T0 r T T JM R thjc T C = 55 o C d.c. 10 ms ½ V R - < 60% V JM 180 RRM sine 120 o Rect. V 2 s V mω o C K/W K/W W0428RE x 10³ W39 W0428RE x 10³ W39 W0428RE x 10³ W39 W0428RF x 10³ W24 W0428RF x 10³ W24 W0428RF x 10³ W24 W0428SE x 10³ W39 W0428SE x 10³ W39 W0428SE x 10³ W39 W0428SF x 10³ W24 W0428SF x 10³ W24 W0428SF x 10³ W24 W0503RC x 10³ W24 W0503RC x 10³ W24 W0503RC x 10³ W24 W0503SC x 10³ W24 W0503SC x 10³ W24 W0503SC x 10³ W24 W0735R x 10³ W23 W0735R x 10³ W23 W0735S x 10³ W23 W0735S x 10³ W23 Fig. No. Package style Outlines on pages O-01...O-30 S R W23 Weight 250 g W24 Weight 250 g W39 Weight 250 g 108

129 Rectifier Diodes Capsule Types Part No. V RRM I FV I FSM I 2 t V T0 r T T JM R thjk T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. V 2 s V mω o C K/W K/W W0507YH x 10³ W3 W0507YH x 10³ W3 W0642WC x 10³ W1 W0642WC x 10³ W1 W0642WC x 10³ W1 W0944WC x 10³ W1 W0944WC x 10³ W1 W1032LC x 10³ W4 W1032LC x 10³ W4 W1032LC x 10³ W4 W1074YC x 10³ W2 W1074YC x 10³ W2 W1074YC x 10³ W2 W1074YH x10³ W3 W1074YH x10³ W3 W1074YH x10³ W3 W1185LC x10³ W4 W1185LC x10³ W4 W1185LC x10³ W4 W1263YC x10³ W2 W1263YC x10³ W2 W1263YC x10³ W2 W1263YH x10³ W3 W1263YH x10³ W3 W1263YH x10³ W3 W1411LC x10³ W4 W1411LC x10³ W4 W1520NC x10³ W5 W1520NC x10³ W5 W1524LC x10³ W4 W1524LC x10³ W4 W1748LC x W4 W1748LC x W4 W1748LC x W4 W2054NC x W5 W2054NC x W5 W2058LC x W4 W2058LC x W4 W2058LC x W4 W2115MC x W54 W2115MC x W54 W2115MC x W54 W2134NC x W5 W2134NC x W5 W2820VC x W6 W2820VC x W6 W2820VF x W43 W2820VF x W43 W2899MC x W54 W2899MC x W54 W3082MC x W54 W3082MC x W54 W3128VC x W6 W3128VC x W6 W3128VF x W43 W3128VF x W43 Package style Outlines on pages O-01...O-30 W1 Weight 70 g W2 Weight 80 g W3 Weight 140 g W4 Weight 340 g W5 Weight 510 g W6 Weight 1000 g 109

130 Rectifier Diodes Capsule Types Part No. V RRM I FV I FSM I 2 t V T0 r T T JM R thjk T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. New V 2 s V mω o C K/W K/W W3270NC20 * x W5 W3270NC22 * x W5 W3270NC x W5 W3270NC x W5 W3305QK x WD2 W3305QK x WD2 W3455QK x WD2 W3455QK x WD2 W3477MC x W54 W3477MC x W54 W3477MC x W54 W3697VC x W6 W3697VC x W6 W3697VF x W43 W3697VF x W43 W3708MC x W54 W3708MC x W54 W3708MC x W54 W3743ZC x W7 W3743ZC x W7 W3743ZC x W7 W3743ZD x W42 W3743ZD x W42 W3743ZD x W42 W3841VC x W6 W3841VC x W6 W3841VF x W43 W3841VF x W43 W3842MC x W54 W3842MC x W54 W3864QK x WD2 W3864QK x WD2 W3864QK x WD2 W4096ZC x W7 W4096ZC x W7 W4096ZD x W42 W4096ZD x W42 W4205TJ x W89 W4205TJ x W89 W4205TJ x W89 W4205TE x W94 W4205TE x W94 W4205TE x W94 W4534NC x W5 W4534NC x W5 W4693QK x WD2 W4693QK x WD2 W4693QR x WD7 W4693QR x WD7 W4713HL x WD5 W4713HL x WD5 W4713HM x WD6 W4713HM x WD6 W4767MC x W54 W4767MC x W54 W5092ZC x W7 W5092ZC x W7 W5092ZD x W42 W5092ZD x W42 Package style Outlines on pages O-01...O-30 W7 Weight 1700 g W28 Weight 1230 g W29 Weight 1700 g W42 Weight 1200 g W43 Weight 800 g W52 Weight 2800 g W54 Weight 530 g 110

131 Rectifier Diodes Capsule Types Part No. V RRM I FV I FSM I 2 t V T0 r T T JM R thjk T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. New V 2 s V mω o C K/W K/W W5130MK x WD3 W5130MK x WD3 W5139TJ x W89 W5139TJ x W89 W5139TE x W94 W5139TE x W94 W5282ZC x W7 W5282ZC x W7 W5282ZD x W42 W5282ZD x W42 W5334MK x WD3 W5334MK x WD3 W5636MC x W54 W5636MC x W54 W5636MC x W54 W5696VC x W6 W5696VC x W6 W5696VF x W43 W5696VF x W43 W5838ZC x W7 W5838ZC x W7 W5838ZD x W42 W5838ZD x W42 W5984TJ x W89 W5984TJ x W89 W5984TE x W94 W5984TE x W94 W6262ZC x W7 W6262ZC x W7 W6262ZD x W42 W6262ZD x W42 W6908FC x W52 W6908FC x W52 W6908FD x W59 W6908FD x W59 W7032DB x W49 W7032DB x W49 W7045MC x W54 W7045MC x W54 W8405ZC x W7 W8405ZC x W7 W8405ZD x W42 W8405ZD x W42 W8570TJ x W89 W8570TJ x W89 W8570TE x W94 W8570TE x W94 W9830TJ x W89 W9830TJ x W89 W9830TE x W94 W9830TE x W94 * = valanche rated diode For additional voltages. please contact the Chippenham Factory = dvanced data Package style Outlines on pages O-01...O-30 W59 Weight 2000 g W89 Weight 1.3 kg W94 Weight 1.6 kg WD2 Weight 200 g WD3 Weight 270 g WD5 Weight 1200 g WD6 Weight 1500 g WD7 Weight 200 g 111

132 Fast Recovery Diodes Fast Recovery Diodes are an essential complement to any switching device and are more often than not the limiting factor in the design and performance of modern power converters. To address the needs of our customers. we have developed an unparalleled range of Fast Recovery Diodes. These diodes are available with blocking voltages up to 6.5 kv making them suitable for operation with DC link voltages up to 3.3 kv and average current ratings to 4 k depending upon type. The devices utilise compression bonding along with both alloyed and floating silicon technologies to deliver robust devices that you can rely on in demanding applications. This range has been sub-classified as follows to aid appropriate device selection; Fast Recovery. Soft Recovery. Extra Fast Recovery Diodes and HP Sonic-FRDs. Standard Fast Recovery Capsule Types Fast Recovery Diodes: These parts are particularly suitable for use as anti-parallel diodes in Gate Turn-Off thyristors and Fast Thyristor inverters. diodes for choppers. 112 Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T R thjk Package style T T K = 10 ms ½ sine J = 150 C JM = Outlines on 55 o C V R - < 60% V RRM t rr 180 FM 150 C -di F /dt sine pages V 2 s µs µc /µs V mω K/W O-01...O-30 M0588LC x 10³ W4 M0588LC x 10³ W4 M0790YC x 10³ W2 M0790YC x 10³ W2 M0790YH x 10³ W3 M0790YH x 10³ W3 W2 Weight 80 g M0914LC x 10³ W4 M0914LC x 10³ W4 M1010NC x 10³ W5 M1010NC x 10³ W5 M1010ND x 10³ W37 M1010ND x 10³ W37 M1163NC x 10³ W5 W3 Weight 140 g M1163NC x 10³ W5 M1163ND x 10³ W37 M1163ND x 10³ W37 M1502NC x W5 M1502NC x W5 M1502ND x W37 W4 Weight 340 g M1502ND x W37 M1583VC x W6 M1583VC x W6 M1583VF x W43 M1583VF x W43 M1609NC x W5 W5 Weight 510 g M1609NC x W5 M1609ND x W37 M1609ND x W37 M2273VC x W6 M2273VC x W6 M2273VF x W43 M2273VF x W43 W6 Weight 1000 g M2408NC x W5 M2408NC x W5 M2408ND x W37 M2408ND x W37 M2639ZC x W7 M2639ZC x W7 W7 Weight 1700 g M2639ZD x W42 M2639ZD x W42 M2698ZC x W7 M2698ZC x W7 M2698ZC x W7 M2698ZD x W42 W37 Weight 510 g M2698ZD x W42 M2698ZD x W42 M2837VC x W6 M2837VC x W6 M2837VF x W43 M2837VF x W43 W42 Weight 1200 g M3770ZC x W7 M3770ZC x W7 M3770ZC x W7 M3770ZD x W42 M3770ZD x W42 M3770ZD x W42 W43 Weight 800 g Fig. No.

133 Soft Recovery Diodes Our soft recovery diodes are available with a range of reverse recovery characteristics tailored to meet the requirements of both freewheeling and snubber applications.these devices are available with blocking voltages up to 6kV and average currents up to mm to 75mm diameter silicon slices. These parts are particularly suitable where soft recovery is required. such as RCD snubbers. voltage clamping and snubberless applications. Stud Types Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T T JM R thjc T C = 55 C 10 ms ½ sine V R - < 60% V RRM T JM t rr Q I -di F JM d.c. 180 sine V 2 s µs µc /µs V mw C K/W M0130RL x 10³ W20 M0130RL x 10³ W20 M0130SL x 10³ W20 M0130SL x 10³ W20 M0130RM x 10³ W21 M0130RM x 10³ W21 M0130SM x 10³ W21 M0130SM x 10³ W21 M0139RL x 10³ W20 M0139RL x 10³ W20 M0139SL x 10³ W20 M0139SL x 10³ W20 M0139RM x 10³ W21 M0139RM x 10³ W21 M0139SM x 10³ W21 M0139SM x 10³ W21 M0268RC x 10³ W24 M0268RC x 10³ W24 M0268SC x 10³ W24 M0268SC x 10³ W24 M0268RJ x 10³ W22 M0268RJ x 10³ W22 M0268SJ x 10³ W22 M0268SJ x 10³ W22 M0280RC x 10³ W24 M0280RC x 10³ W24 M0280SC x 10³ W24 M0280SC x 10³ W24 M0280RJ x 10³ W22 M0280RJ x 10³ W22 M0280SJ x 10³ W22 M0280SJ x 10³ W22 M0334RC x 10³ W24 M0334RC x 10³ W24 M0334SC x 10³ W24 M0334SC x 10³ W24 M0334RJ x 10³ W22 M0334RJ x 10³ W22 M0334SJ x 10³ W22 M0334SJ x 10³ W22 M0336R x 10³ W23 M0336R x 10³ W23 M0336S x 10³ W23 M0336S x 10³ W23 Fig. No. Package style Outlines on pages O-01...O-30 S R W20 Weight 85 g W21 Weight 85 g W22 Weight 200 g W23 Weight 250 g W24 Weight 250 g 113

134 Soft Recovery Diodes Capsule Types Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T T JM R thjk T K = T JM 10 ms ½ sine 55 o V R - < 60% C RRM t rr Q FM -di F JM d.c. 180 o sine V 2 s µs µc /µs V mω o C K/W M0225YH x 10³ W3 M0225YH x 10³ W3 M0310YH x 10³ W3 M0310YH x 10³ W3 M0347WC x 10³ W1 M0347WC x 10³ W1 M0358WC x 10³ W1 M0358WC x 10³ W1 M0367WC x 10³ W1 M0367WC x 10³ W1 M0371YH x 10³ W3 M0371YH x 10³ W3 M0433WC x 10³ W1 M0433WC x 10³ W1 M0433WC x 10³ W1 M0437WC x 10³ W1 M0437WC x 10³ W1 M0659LC x 10³ W4 M0659LC x 10³ W4 M0710LC x 10³ W4 M0710LC x 10³ W4 M0736LC x 10³ W4 M0736LC x 10³ W4 M0759YC x 10³ W2 M0759YC x 10³ W2 M0759YH x 10³ W3 M0759YH x 10³ W3 M0859LC x 10³ W4 M0859LC x 10³ W4 M0863LC x 10³ W4 M0863LC x 10³ W4 M0863LC x 10³ W4 M0872LC x 10³ W4 M0872LC x 10³ W4 M0872LC x 10³ W4 M0955LC x 10³ W4 M0955LC x 10³ W4 M1022LC x 10³ W4 M1022LC x 10³ W4 M1022LC x 10³ W4 M1080LC x 10³ W4 M1080LC x 10³ W4 Fig. No. Package style Outlines on pages O-01...O-30 W1 Weight 70 g W2 Weight 80 g W3 Weight 140 g W4 Weight 340 g 114

135 Soft Recovery Diodes Capsule Types Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T T JM R thjk T K = T JM 10 ms ½ sine 55 o V R - < 60% C RRM t rr Q FM -di F JM M1102NC x 10³ W5 M1102NC x 10³ W5 M1102ND x 10³ W37 M1102ND x 10³ W37 M1104NC x 10³ W5 M1104NC x 10³ W5 M1104ND x 10³ W37 M1104ND x 10³ W37 M1242NC x W5 M1242NC x W5 M1242ND x W37 M1242ND x W37 M1494NC x W5 M1494NC x W5 M1494ND x W37 M1494ND x W37 M1565VC x W6 M1565VC x W6 M1565VC x W6 M1565VF x W43 M1565VF x W43 M1565VF x W43 M1858NC x W5 M1858NC x W5 M1858ND x W37 M1858ND x W37 M2322ZC x W7 M2322ZC x W7 M2322ZD x W42 M2322ZD x W42 M2413VC x W6 M2413VC x W6 M2413VF x W43 M2413VF x W43 d.c. 180 o sine V 2 s µs µc /µs V mω o C K/W Fig. No. Package style Outlines on pages O-01...O-30 W5 Weight 510 g W6 Weight 1000 g W37 Weight 510 g W42 Weight 1200 g W43 Weight 800 g 115

136 Extra Fast Recovery Diodes These products are designed to offer the lowest practical values of reverse recovery current whilst offering wide safe operating area and high di/dt capability required by modern switching components. Capsule Types Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T T JM R thjk T JM d.c. T K = 10 ms ½ 55 o C V R - < 60% JM 180 RRM I rm t rr Q o FM -di F /dt sine V 2 s µs µc /µs V mω o C K/W F0240YC x 10³ W2 F0240YC x 10³ W2 F0240YH x 10³ W3 F0240YH x 10³ W3 F0300WC x 10³ W1 F0300WC x 10³ W1 F0800LC x 10³ W4 F0800LC x 10³ W4 F0900VC x 10³ W6 F0900VC x 10³ W6 F0900VF x 10³ W43 F0900VF x 10³ W43 F1000LC x 10³ W4 F1000LC x 10³ W4 F1300NC45P x W5 F1300NC50P x W5 F1300NC55P x W5 F1300NH45P x W47 F1300NH50P x W47 F1300NH55P x W47 F1400NC x W5 F1400NC x W5 F1400ND x W37 F1400ND x W37 F1500NC x W5 F1500NC x W5 F1600NC x W5 F1600NC x W5 Fig. No. Outlines on pages O-01...O-30 W1 Weight 70 g W2 Weight 80 g W3 Weight 140 g W4 Weight 340 g W5 Weight 510 g W6 Weight 1000 g W37 Weight 510 g W43 Weight 800 g W47 Weight 250 g 116

137 High Power Sonic FRD s Introducing a world-leading class of ultra fast and ultra soft recovery diode available from 1.4kV to 6.5kV in current ratings from 170 to These diodes incorporate a unique manufacturing process and lifetime control to offer a class leading trade-off between conduction and switching loses. The wide safe operating area (SO) makes them ideal as freewheeling diodes for snubberless IGBT and IGCT applications. In fact, any application which requires a fast, low loss diode. For example: traction, medium voltage drives, induction heating and pulsed power applications. Capsule Types Part No. V RRM I FV I FSM I 2 t Typ. Reverse Recovery V T0 r T T JM R thjk T K = 55 C 10 ms ½ sine V R < 60% V RRM T JM I rm t rr Q I -di F JM 180 Sine New V 2 s µs µc /µs V mω C K/W E0170YH40C x W3 E0170YH45C x W3 E0280YH20C x W3 E0280YH25C x W3 E0330MF65F x W99 E0460QC40C x W68 E0460QC45C x W68 E0660NC40C x W5 E0660NC45C x W5 E0660NH40C x W47 E0660NH45C x W47 E0770HF65F x W100 E0800QC20C x W68 E0800QC25C x W68 E1000TF65F x W97 E1200NC20C x W5 E1200NC25C x W5 E1200NH20C x W47 E1200NH25C x W47 E1300VF40C x W43 E1300VF45C x W43 E1375EF65F x W101 E1500NC36P x W5 E1500NC42P x W5 E1500NC48P x W5 E1500NH36P x W47 E1500NH42P x W47 E1500NH48P x W47 E2060FF65F x W105 E2250VF20C x W43 E2250VF25C x W43 E2400TC40C x W28 E2400TC45C x W28 E4000TC20C x W28 E4000TC25C x W28 Outlines on pages O-01...O-30 Fig. No. W3 Weight 140 g W28 Weight 1230 g W43 Weight 800 g W47 Weight 250 g W5 Weight 510 g W68 Weight 300 g W97 Weight 1000 g W100 Weight 600 g W101 Weight 1500 g W105 Weight 2300 g 117

138 Phase Control Thyristors IXYS UK provides one of the most comprehensive ranges of standard phase control thyristors in the industry. Devices with voltage ranges from 400V to 6500V are available, making them suitable for applications with line voltages from 230V to over 1000V (higher voltage applications are now served by our range of Medium Voltage Thyristors). IXYS UK Westcode Ltd. is a leading supplier of phase control products into demanding markets such as industrial DC drives, controlled rectifiers, marine/rail propulsion systems, wind power converters, electrochemical power supplies and soft starters. These devices are optimised to give low conduction losses and are primarily intended for applications with line frequencies up to 400Hz. The Wespack outline (WPxx) is a new concept in phase control thyristors for applications requiring devices rated to 2200V. It gives the maximum power rating for weight and volume without compromising on quality and reliability. It also gives the maximum current rating and lowest thermal resistance for the package size. The newest additions to IXYS UK s phase control thyristor range are the 83mm diameter Si capsules. These devices are of alloyed construction offering better thermal and electromechanical capability and are available with current ratings up to 4340 and voltage ratings up to 4500V. Stud Types Part No. V DRM I TV I TSM I 2 t V T0 r T T JM R thjc V RRM T C = 10 ms ½ sine d.c. 120 o 55 o C V R - < 60% V JM RRM 180 o sine Rect. No. V 2 s V mω o C K/W K/W N0180SH x 10³ W17 N0180SH x 10³ W17 N0335SC x 10³ W18 N0335SC x 10³ W18 N0416SC x 10³ W18 N0416SC x 10³ W18 Outlines on pages O-01...O-30 W17 Weight 130 g W18 Weight 280 g 118

139 Phase Control Thyristors Capsule Types Part No. V DRM I TV I TSM I 2 t V T0 r T T JM R thjk V RRM T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. V 2 s V mω o C K/W K/W N0465WN x 10³ W90 N0465WN x 10³ W90 N0530YN x 10³ W91 N0530YN x 10³ W91 N0616LC x 10³ W10 N0616LC x 10³ W10 N0634LC x 10³ W10 N0634LC x 10³ W10 N0646LC x 10³ W10 N0646LC x 10³ W10 N0795YN x 10³ W91 N0795YN x 10³ W91 N0882NC x 10³ W11 N0882NC x 10³ W11 N0910LC x 10³ W10 N0910LC x 10³ W10 N1010NC x 10³ W11 N1010NC x 10³ W11 N1075LN x W92 N1132NC x W11 N1132NC x W11 N1140LN x W92 N1159NC x W11 N1159NC x W11 N1174JK x 10³ WP1 N1174JK x 10³ WP1 N1263JK x WP1 N1263JK x WP1 N1351VC400 * x W12 N1351VC450 * x W12 N1351VF400 * x W62 N1351VF450 * x W62 N1366JK x WP1 N1366JK x WP1 N1366JK x WP1 N1449QL x WP6 N1449QL x WP6 N1467NC x W11 N1467NC x W11 N1547NC x W11 N1547NC x W11 N1581QL x WP6 N1581QL x WP6 N1651QK x WP2 N1651QK x WP2 N1661VC300 * x W12 N1661VC360 * x W12 N1661VF300 * x W62 N1661VF360 * x W62 * = Please consult factory for new products to be introduced 2015 Package style Outlines on pages O-01...O-30 W10 Weight 340 g W11 Weight 510 g W12 Weight 1000 g W13 Weight 1700 g W15 Weight 2800 g 119

140 Phase Control Thyristors Capsule Types Part No. V DRM I TV I TSM I 2 t V T0 r T T JM R thjk V RRM T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM Not for new design RRM Sine Rect. No. New V 2 s V mω o C K/W K/W N1718NC x W11 N1718NC x W11 N1718NC x W11 N1725MC x W70 N1725MC x W70 N1802NC x W11 N1802NC x W11 N1806QK x WP2 N1806QK x WP2 N1817QL x WP6 N1817QL x WP6 N1817QL x WP6 N2015ML x WP5 N2015ML x WP5 N2055MC x W70 N2055MC x W70 N2083QK x WP2 N2083QK x WP2 N2083QK x WP2 N2086NC x W11 N2086NC x W11 N2154JK x WP1 N2154JK x WP1 N2154JK x WP1 N2172ZC x W13 N2172ZC x W13 N2172ZD x W46 N2172ZD x W46 N2191ML x WP5 N2191ML x WP5 N2293VC x W12 N2293VC x W12 N2293VF x W62 N2293VF x W62 N2367MK x WP3 N2367MK x WP3 N2418ZC x W13 N2418ZC x W13 N2418ZD x W46 N2418ZD x W46 N2500VC x W12 N2500VC x W12 N2500VF x W62 N2500VF x W62 N2520ML x WP5 N2520ML x WP5 N2520ML x WP5 Package style Outlines on pages O-01...O-30 W46 Weight 1200 g * vailable with reduced height 25mm. refer to Chippenham Factory W48 Weight 2000 g W51 Weight 1700 g W62 Weight 1000 g W70 Weight 550 g W79 Weight 890 g 120

141 Phase Control Thyristors Capsule Types Part No. V DRM I TV I TSM I 2 t V T0 r T T JM R thjk V RRM T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. New V 2 s V mω o C K/W K/W N2543ZC x W13 N2543ZC x W13 N2543ZD x W46 N2543ZD x W46 N2593MK x WP3 N2593MK x WP3 N2600MC x W70 N2600MC x W70 N2825TE x W82 N2825TE x W82 N2825TJ x W81 N2825TJ x W81 N2830HE x W80 N2830HE x W80 N2900QL x WP6 N2900QL x WP6 N2900QL x WP6 N3012ZC x W13 N3012ZC x W13 N3012ZD x W46 N3012ZD x W46 N3022MK x WP3 N3022MK x WP3 N3022MK x WP3 N3029ZC x W13 N3029ZC x W13 N3029ZD x W46 N3029ZD x W46 N3165H x W79 N3165H x W79 N3175HE x W80 N3175HE x W80 N3229QK x WP2 N3229QK x WP2 N3229QK x WP2 N3533ZC x W13 N3533ZC x W13 N3533ZD x W46 N3533ZD x W46 N3565H x W79 N3565H x W79 N3597ML x WP5 N3597ML x WP5 N3597ML x WP5 N3790TE x W82 N3790TE x W82 N3790TJ x W81 N3790TJ x W81 Package style Outlines on pages O-01...O-30 W80 Weight 1200 g W81 Weight 1200 g W82 Weight 1650 g W90 Weight 90 g W91 Weight 110 g W92 Weight 280 g 121

142 Phase Control Thyristors Capsule Types Part No. V DRM I TV I TSM I 2 t V T0 r T T JM R thjk V RRM T K = 10 ms ½ sine 180 o 120 o 55 o C V R - < 60% V JM RRM Sine Rect. No. New V 2 s V mω o C K/W K/W N3839TC300 * x W14 N3839TC350 * x W14 N3839TD300 * x W51 N3839TD350 * x W51 N3880ZD x W46 N3880ZD x W46 N3904HK x WP4 N3904HK x WP4 N3930ZC x W13 N3930ZC x W13 N3930ZD x W46 N3930ZD x W46 N4085ZC x W13 N4085ZC x W13 N4085ZD x W46 N4085ZD x W46 N4151FC x W15 N4151FC x W15 N4151FD x W48 N4151FD x W48 N4316MK x WP3 N4316MK x WP3 N4316MK x WP3 N4340TE x W82 N4340TE x W82 N4340TJ x W81 N4340TJ x W81 N4472HK x WP4 N4472HK x WP4 N4803FC x W15 N4803FC x W15 N4803FD x W48 N4803FD x W48 N5177FC x W15 N5177FC x W15 N5177FD x W48 N5177FD x W48 N5946FC x W15 N5946FC x W15 N5946FD x W48 N5946FD x W48 N6012ZD x W46 N6012ZD x W46 N6012ZD x W46 N6974HK x WP4 N6974HK x WP4 N6974HK x WP4 Package style Outlines on pages O-01...O-30 WP1 Weight 180 g WP2 Weight 200 g WP3 Weight 260 g WP4 Weight 550 g WP5 Weight 500 g WP6 Weight 330 g * = Please consult factory for new products to be introduced

143 Medium Voltage Thyristors Medium voltage applications place additional demands on phase controlled thyristors. To meet these demands we have developed a comprehensive range of thyristors optimised for medium voltage applications and series operation. s voltages increase, so do switching losses and turn-off time to a point where they become significant in line frequency applications. Our patented distributed gate architecture ensures excellent switching performance over a wide range of voltage, current and di/dt. Device lifetime is also engineered to achieve an optimum balance between conduction losses, commutation losses and turn-off time to give maximum power handling from line frequency to 400Hz. This also gives significant benefits when series or parallel connection of devices is required. Medium voltage thyristors are available from 3.2kV up to 6.5kV with silicon diameters from 38mm to 100mm making them particularly suitable for high power converters such as medium voltage DC drives, medium voltage soft starts and utility applications such as HVDC, static Vr compensators, excitation and transfer switches. We recognise the importance of reliability in these large, capital intensive applications and as a result we subject these parts to extended levels of both routine and type testing to ensure that your investment gives years of trouble free service. Capsule Types Part No. V DRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge Not for new design V RRM TK = 55 o C 10 ms ½ T V R - < 60% V RRM 200 V/µs Q TM -di/dt V T0 r T T JM R JM 180 o 120 o New V 2 s µs µc /µs V mω o C K/W K/W K0445LG W56 K0445LG W56 K0500LC W10 K0500LC W10 K0560QE W76 K0560QE W76 K0625Q W75 K0625Q W75 K0890NC x W11 K0890NC x W11 K0900ME x W78 K0900ME x W78 K1000M x W77 K1000M x W77 K1000ME x W78 K1000ME x W78 K1010M x W77 K1010M x W77 K1120NC x W11 K1120NC x W11 K1120NG x W57 K1120NG x W57 K1121NC x W11 K1121NC x W11 K1197NC x W11 K1197NC x W11 K1495HE x W80 K1495HE x W80 K1670H x W79 K1670H x W79 Outlines on pages O-01...O-30 Sine Rect. Fig. No. W10 Weight 340 g W11 Weight 510 g W56 Weight 271 g W57 Weight 326 g W75 Weight 330 g W76 Weight 420 g W77 Weight 550 g W78 Weight 730 g W79 Weight 890 g W80 Weight 1200 g 123

144 Medium Voltage Thyristors Capsule Types Typ. Reverse Part No. V DRM I TV I TSM I 2 t t q Recovery Charge V T0 r T T JM R thjk V RRM 10 ms ½ T TK = JM 180 o 55 o C V JM R - < 60% V RRM 200 V/µs Q TM Sine Rect. -di/dt New V 2 s µs µc /µs V mω o C K/W K/W K1947ZC x W13 K1947ZC x W13 K1947ZD x W46 K1947ZD x W46 K2065VC360 * x W12 K2065VC420 * x W12 K2065VF360 * x W62 K2065VF420 * x W62 K2085TE x W82 K2085TE x W82 K2095ZC x W13 K2095ZC x W13 K2095ZD x W46 K2095ZD x W46 K2325TJ x W81 K2325TJ x W81 K2359TC600 * x W14 K2359TC650 * x W14 K2359TD600 * x W51 K2359TD650 * x W51 K2960TC450 * x W14 K2960TC480 * x W14 K2960TC520 * x W14 K2960TD450 * x W51 K2960TD480 * x W51 K2960TD520 * x W51 K2973FC600 * x W15 K2973FC650 * x W15 K2973FD600 * x W48 K2973FD650 * x W48 K3362TC360 * x W14 K3362TC420 * x W14 K3362TD360 * x W51 K3362TD420 * x W51 K3503FC450 * x W15 K3503FC480 * x W15 K3503FC520 * x W15 K3503FD450 * x W48 K3503FD480 * x W48 K3503FD520 * x W48 * New parts in development, please consult factory for more details Fig. No. Outlines on pages O-01...O-30 W12 Weight 1000 g W13 Weight 1700 g W14 Weight 1300 g W15 Weight 2800 g W46 Weight 1200 g W48 Weight 2000 g W51 Weight 1700 g W62 Weight 1000 g W81 Weight 1200 g W82 Weight 1650 g 124

145 Fast Turn Off Thyristors IXYS UK Westcode Ltd s P series of fast switching thyristors have regenerative gate structure to ensure low switching losses and high di/dt performance. P Series devices are suitable for existing inverter, DC chopper drives, UPS and Pulse Power applications. In addition to pressure contact technology these devices offer lower reverse recovery charge values, low forward switching losses and high reliability. These devices are not recommended for new designs. Stud Types Part No. V DRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge V RRM T C = 55 o C 10 ms ½ sine V R - < 60% V 200 V/µs Q rr T V T0 r T R JM V 2 s µs µc /µs V mω K/W P0128SH10C x 10³ W17 P0128SH10D x 10³ W17 P0128SH10E x 10³ W17 P0128SH12C x 10³ W17 P0128SH12D x 10³ W17 P0128SH12E x 10³ W17 P0128SJ10C x 10³ W16 P0128SJ10D x 10³ W16 P0128SJ10E x 10³ W16 P0128SJ12C x 10³ W16 P0128SJ12D x 10³ W16 P0128SJ12E x 10³ W16 P0248SC12D x 10³ W18 P0248SC12E x 10³ W18 P0273SC12D x 10³ W18 P0273SC12E x 10³ W18 P0273SC12F x 10³ W18 P0306SC x 10³ W18 P0306SC08B x 10³ W18 P0306SC08C x 10³ W18 P0311SC12E x 10³ W18 P0311SC12F x 10³ W18 P0330SC x 10³ W18 P0330SC04C x 10³ W18 P0330SC x 10³ W18 P0330SC06C x 10³ W18 P0330SC x 10³ W18 P0330SC08C x 10³ W18 P0431SC04B x 10³ W18 P0431SC04C x 10³ W18 P0431SC06B x 10³ W18 P0431SC06C x 10³ W18 T JM = 125 C 180 o sine Fig. No. Package style Outlines on pages O-01...O-30 W16 Weight 100 g W17 Weight 130 g W18 Weight 280 g 125

146 Fast Turn Off Thyristors Capsule Types Part No. V DRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge V RRM TK = 55 o C 10 ms ½ sine V R - < 60% V 200 V/µs Q rr T V T0 r T R T JM d.c. 180 o sine V 2 s µs µc /µs V mω K/W P0295WC12D x 10³ W8 P0295WC12E x 10³ W8 P0327WC08C x 10³ W8 P0327WC08D x 10³ W8 P0327WC08E x 10³ W8 P0327WC08F x 10³ W8 P0327WC12C x 10³ W8 P0327WC12D x 10³ W8 P0327WC12E x 10³ W8 P0327WC12F x 10³ W8 P0366WC x 10³ W8 P0366WC04B x 10³ W8 P0366WC04C x 10³ W8 P0366WC x 10³ W8 P0366WC06B x 10³ W8 P0366WC06C x 10³ W8 P0366WC x 10³ W8 P0366WC08B x 10³ W8 P0366WC08C x 10³ W8 P0367WC12E x 10³ W8 P0367WC12F x 10³ W8 P0389WC04B x 10³ W8 P0389WC04C x 10³ W8 P0389WC08B x 10³ W8 P0389WC08C x 10³ W8 P0515WC04B x 10³ W8 P0515WC04C x 10³ W8 P0515WC04D x 10³ W8 P0515WC06B x 10³ W8 P0515WC06C x 10³ W8 P0515WC06D x 10³ W8 P0838LC06B x 10³ W10 P0838LC06C x 10³ W10 P0848YC04B x 10³ W58 P0848YC04C x 10³ W58 P0848YC06B x 10³ W58 P0848YC06C x 10³ W58 P1007LC08D x 10³ W10 P1007LC08E x 10³ W10 P1007LC08F x 10³ W10 P1007LC12D x 10³ W10 P1007LC12E x 10³ W10 P1007LC12F x 10³ W10 Fig. No. Package style Outlines on pages O-01...O-30 W8 Weight 70 g W10 Weight 340 g W58 Weight 90 g T JM = 125 C 126

147 Distributed Gate Thyristors IXYS UK Westcode Ltd is recognised as the Worldwide leader in distributed gate technology. These devices are available with blocking voltages to 4.5kV and average current to 4k, with tq from 10 to 300µs. The unique distributed gate design and lifetime control features give these devices both high di/dt capability and fast, low recovery turn-off. while maintaining a low on-state voltage drop. Ideally suited to applications including: induction power supplies, high frequency inverters/converters, UPS and pulse power. Capsule Types Part No. V DRM V RRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge T K = 55 o C 10 ms ½ sine V R - < 60% V RRM V T0 r T R thjk New V V 2 s µs µc /µs V mω K/W R0472YC12E x 10³ W58 R0472YC12F x 10³ W58 R0472YC16E x 10³ W58 R0472YC16F x 10³ W58 R0487YC12D x 10³ W58 R0487YC12E x 10³ W58 R0487YC14D x 10³ W58 R0487YC14E x 10³ W58 R0577YC12C x 10³ W58 R0577YC12D x 10³ W58 R0577YC12E x 10³ W58 R0633YC12D x 10³ W58 R0633YC12E x 10³ W58 R0633YC12F x 10³ W58 R0717LC14G x 10³ W10 R0717LC18G x 10³ W10 R0736LC20J x 10³ W10 R0736LC20K x 10³ W10 R0736LC22J x 10³ W10 R0736LC22K x 10³ W10 R0736LC25J x 10³ W10 R0736LC25K x 10³ W10 R0736LC25L x 10³ W10 R0736LC25M x 10³ W10 R0809LC x 10³ W10 R0809LC10B x 10³ W10 R0830LC12C x 10³ W10 R0830LC12D x 10³ W10 R0830LC12E x 10³ W10 R0830LC12F x 10³ W10 R0830LC14C x 10³ W10 R0830LC14D x 10³ W10 R0830LC14E x 10³ W10 R0830LC14F x 10³ W10 R0878LC18K x 10³ W10 R0878LC18L x 10³ W10 R0878LC18M x 10³ W10 R0878LC20K x 10³ W10 R0878LC20L x 10³ W10 R0878LC20M x 10³ W10 R0878LC21K x 10³ W10 R0878LC21L x 10³ W10 R0878LC21M x 10³ W10 R0929LC x 10³ W10 R0929LC10B x 10³ W10 R0929LC10C x 10³ W10 R0929LC x 10³ W10 R0929LC12B x 10³ W10 R0929LC12C x 10³ W10 R0929LC12D x 10³ W10 R0929LC12E x 10³ W10 R0964LC10C x 10³ W10 R0964LC10D x 10³ W10 R0964LC10E x 10³ JM Q TM JM 180 o Sine Fig. No. Package style Outlines on pages O-01...O-30 W10 Weight 340 g W11 Weight 510 g W13 Weight 1700 g 127

148 Distributed Gate Thyristors Capsule Types Part No. V DRM V RRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge T K = 55 o C 10 ms ½ sine V R - < 60% V RRM V T0 r T R thjk V V 2 s µs µc /µs V mω K/W R0964LC12C x 10³ W10 R0964LC12D x 10³ W10 R0964LC12E x 10³ W10 R0990LC x 10³ W10 R0990LC08B x 10³ W10 R0990LC08C x 10³ W10 R1124NC18J x W11 R1124NC18K x W11 R1124NC18L x W11 R1124NC18M x W11 R1124NC20J x W11 R1124NC20K x W11 R1124NC20L x W11 R1124NC20M x W11 R1124NC21J x W11 R1124NC21K x W11 R1124NC21L x W11 R1124NC21M x W11 R1127NC32P x 10³ W11 R1127NC32R x 10³ W11 R1127NC32S x 10³ W11 R1127NC32T x 10³ W11 R1127NC34R x 10³ W11 R1127NC34S x 10³ W11 R1127NC34T x 10³ W11 R1127NC36R x 10³ W11 R1127NC36S x 10³ W11 R1127NC36T x 10³ W11 R1158NC26N x W11 R1158NC26P x W11 R1158NC26T x W11 R1178NC14E x W11 R1178NC14F x W11 R1178NC14G x W11 R1211NC12C x W11 R1211NC12D x W11 R1211NC12E x W11 R1271NC12B x W11 R1271NC12C x W11 R1271NC12D x W11 R1271NC12E x W11 R1275NC18J x W11 R1275NC18K x W11 R1275NC18L x W11 R1275NC18M x W11 R1275NC20J x W11 R1275NC20K x W11 R1275NC20L x W11 R1275NC20M x W11 R1275NC21J x W11 R1275NC21K x W11 R1275NC21L x W11 R1275NC21M x W11 R1279NC22J x W11 R1279NC22K x W11 R1279NC22L x W11 R1279NC22M x W11 R1279NC25J x W11 R1279NC25K x W11 R1279NC25L x W11 R1279NC25M x JM Q TM JM 180 o Sine Fig. No. Package style Outlines on pages O-01...O-30 W14 Weight 1300 g W15 Weight 2800 g 128

149 Distributed Gate Thyristors Capsule Types Part No. V DRM V RRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge T K = 55 o C 10 ms ½ sine V R - < 60% V RRM R1280NC21J x W11 R1280NC21K x W11 R1280NC21L x W11 R1280NC21M x W11 R1280NC22J x W11 R1280NC22K x W11 R1280NC22L x W11 R1280NC22M x W11 R1280NC25J x W11 R1280NC25K x W11 R1280NC25L x W11 R1280NC25M x W11 R1331NC10B x W11 R1331NC10C x W11 R1331NC10D x W11 R1331NC12B x W11 R1331NC12C x W11 R1331NC12D x W11 R1446NC12C x W11 R1446NC12D x W11 R1446NC12E x W11 R1446NC12F x W11 R1448NC14H x W11 R1448NC14J x W11 R1448NC18H x W11 R1448NC18J x W11 R1448NC20H x W11 R1448NC20J x W11 R1448NC20K x W11 R1448NC20L x W11 R1448NC20M x W11 R1700MC18E x W70 R1700MC18F x W70 R1700MC18G x W70 R1700MC18H x W70 R1700MC18J x W70 R1700MC21E x W70 R1700MC21F x W70 R1700MC21G x W70 R1700MC21H x W70 R1700MC21J x W70 R1955MC14D W70 R1955MC14E W70 R1955MC14F W70 R1955MC16D W70 R1955MC16E W70 R1955MC16F W70 R2075MC W70 R2075MC12B W70 R2075MC12C W70 R2475ZC28M x W13 R2475ZC28N x W13 R2475ZC28R x JM Q V T0 r T R thjk New V V 2 s µs µc /µs V mω JM 180 o Sine Fig. No. Package style Outlines on pages O-01...O-30 W46 Weight 1200 g W48 Weight 2000 g 129

150 Distributed Gate Thyristors Capsule Types 130 Part No. V DRM V RRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge T K = 55 o C 10 ms ½ sine V R - < 60% V RRM V T0 r T R thjk R2475ZD28M x W46 R2475ZD28N x W46 R2475ZD28R x W46 R2619ZC18J x W13 R2619ZC18K x W13 R2619ZC18L x W13 R2619ZC20J x W13 R2619ZC20K x W13 R2619ZC20L x W13 R2619ZC21J x W13 R2619ZC21K x W13 R2619ZC21L x W13 R2619ZC25J x W13 R2619ZC25K x W13 R2619ZC25L x W13 R2619ZD18J x W46 R2619ZD18K x W46 R2619ZD18L x W46 R2619ZD20J x W46 R2619ZD20K x W46 R2619ZD20L x W46 R2619ZD21J x W46 R2619ZD21K x W46 R2619ZD21L x W46 R2619ZD25J x W46 R2619ZD25K x W46 R2619ZD25L x W46 R2620ZC22J x W13 R2620ZC22K x W13 R2620ZC22L x W13 R2620ZC25J x W13 R2620ZC25K x W13 R2620ZC25L x W13 R2620ZD22J x W46 R2620ZD22K x W46 R2620ZD22L x W46 R2620ZD25J x W46 R2620ZD25K x W46 R2620ZD25L x W46 R2714ZC14H x W13 R2714ZC14J x W13 R2714ZC14K x W13 R2714ZC18H x W13 R2714ZC18J x W13 R2714ZC18K x W13 R2714ZD14H x W46 R2714ZD14J x W46 R2714ZD14K x W46 R2714ZD18H x W46 R2714ZD18J x W46 R2714ZD18K x W46 R3047TC24K x W14 R3047TC24L x W14 R3047TC24M x W14 R3047TC24N x JM Q TM JM 180 o Sine V V 2 s µs µc /µs V mω K/W Fig. No. Package style Outlines on pages O-01...O-30 W51 Weight 1700 g W55 Weight 1800 g

151 Distributed Gate Thyristors Capsule Types Part No. V DRM V RRM I TV I TSM I 2 t t q Typ. Reverse Recovery Charge T K = 55 o C 10 ms ½ sine V R - < 60% V RRM V T0 r T R thjk R3047TC28K x W14 R3047TC28L x W14 R3047TC28M x W14 R3047TC28N x W14 R3047TD24K x W51 R3047TD24L x W51 R3047TD24M x W51 R3047TD24N x W51 R3047TD28K x W51 R3047TD28L x W51 R3047TD28M x W51 R3047TD28N x W51 R3370ZC12C x W13 R3370ZC12D x W13 R3370ZC12E x W13 R3559TC16K x W14 R3559TC16M x W14 R3559TC16N x W14 R3559TC20K x W14 R3559TC20M x W14 R3559TC20N x W14 R3559TD16K x W51 R3559TD16M x W51 R3559TD16N x W51 R3559TD20K x W51 R3559TD20M x W51 R3559TD20N x W51 R3636EC16K x W55 R3636EC16M x W55 R3636EC16N x W55 R3636EC20K x W55 R3636EC20M x W55 R3636EC20N x W55 R3708FC45V x W15 R3708FC45W x W15 R3708FD45V x W48 R3708FD45W x W48 R3968FC24K x W15 R3968FC24M x W15 R3968FC24N x W15 R3968FC28K x W15 R3968FC28M x W15 R3968FC28N x W15 R3968FD24K x W48 R3968FD24M x W48 R3968FD24N x W48 R3968FD28K x W48 R3968FD28M x W48 R3968FD28N x JM Q TM JM 180 o Sine V V 2 s µs µc /µs V mω K/W Fig. No. Package style Outlines on pages O-01...O-30 W58 Weight 90 g W70 Weight 550 g 131

152 Distributed Gate Thyristors symmetric Thyristors These devices are available up to a voltage of 2800V. They exhibit very fast turn-on times and are capable of very high values of both critical di/dt and dv/dt. For the device type, they also exhibit high current ratings in excess of symmetric construction optimizes the forward losses against the turn-off losses and gives the best performance in their voltage class. Part No. V DRM V RRM I TV I TSM I 2 t t gd typ. t q (di/dt) cr (dv/dt) cr V T0 r T T JM R thjk T K = @ 180 Fig. 10 ms ½ o 55 o C typ. JM 200 V/µs T JM T JM Sine No. V V 2 s µs µc /µs V mω o C K/W 0516YC x 10³ W YC x 10³ W NC x W NC x W11 Outlines on pages O-01...O-30 W11 Weight 510 g W58 Weight 90 g Pulse Thyristors IXYS UK Westcode Ltd are at the forefront of solid state pulsed power technology. offering custom solutions to complex pulsed power problems. Standard Devices with voltage ratings to 2.5kV, pulsed currents to 50k peak and di/dt capabilities to over 11k/µs are available. Please consult factory for other requirements for voltage ratings up to 4.5kV and pulsed current ratings >200k. Part No. V DRM V RRM V DC I PULSE (di/dt) cr V T0 r T T JM R thjc V GK = 2 V V GK = 2 V 180 o JM Sine No. V V V k k/µs V mω o C K/W Y200CKC W34 Y500CNC W36 Package style Outlines on pages O-01...O-30 W34 Weight 120 g W36 Weight 500 g 132

153 Gate Turn Off Thyristors IXYS UK offers a broad range of high specification devices with voltage ratings to 4.5kV (2.8kV DC link) and controllable current ratings of up to 4k are available to meet the toughest demands in applications such as traction propulsion and auxiliaries. C industrial drives. FCT s and active Vr controllers. Offering both symmetrical devices for applications with a reverse blocking requirement e.g. current sourced inverters and asymmetric blocking devices for applications where no reverse blocking requirement exists e.g. voltage sourced inverters. Gate Turn-off Thyristors are still the component of choice when it comes to very high power converters and we remain totally commited to this technology for the foreseeable future, with an active program for continued improvement. V T R Part No. V DRM V RRM I C S I TV I TSM I 2 t Typ. Switching V GK = T K = 10 ms ½ sine Times T I T = JM thjk 180 o Fig. -2V 55 o C V R < 10 V t gt t gq I TGQM Sine No. New V V µc k k 2 s µs µs V o C K/W G1000NC x 10³ W36 G1000QC x 10³ W35 G1000QC x 10³ W35 G2000HF x W85 G2000HF x 10³ W85 G2500HF x W85 G3000TF x W86 G3000TF x W86 G4000EF x W104 H0500KC x 10³ W34 H0500KC20Y x 10³ W34 H0500KC25D x 10³ W34 H0500KC25Y x 10³ W34 H0700KC x 10³ W34 H0700KC14Y x 10³ W34 H0700KC17D x 10³ W34 H0700KC17Y x 10³ W34 H1200NC x 10³ W36 H1200NC20Y x 10³ W36 H1200NC25D x 10³ W36 H1200NC25Y x 10³ W36 S0300SR12Y x 10 ³ W87 S0500YC20Y x 10³ W93 S0500YC25Y x 10³ W93 S0500KC x 10³ W34 S0500KC20Y x 10³ W34 S0500KC25D x 10³ W34 S0500KC25Y x 10³ W34 S0700KC x 10³ W34 S0700KC14Y x 10³ W34 S0700KC17D x 10³ W34 S0700KC17Y x 10³ W34 S1000NC x 10³ W36 S1000NC30Y x 10³ W36 S1000NC36D x 10³ W36 S1000NC36Y x 10³ W36 S1200NC x 10³ W36 S1200NC20Y x 10³ W36 S1200NC25D x 10³ W36 S1200NC25Y x 10³ W36 = New improved product. Please consult factory for more details Outlines on pages O-01...O-30 W33 Weight 1500 g W34 Weight 120 g W35 Weight 300 g W36 Weight 500 g W85 Weight 990 g W86 Weight 1240 g W93 Weight 90 g W104 Weight 1500 g W87 Weight 250 g 133

154 Insulated Gate Bi-polar Transistors Capsule Types s a pioneer of Press-Pack IGBT technology, we are able to offer a range of class leading devices with voltage ratings of 2.5kV (1.25kV DC link), 4.5kV (2.8kV DC link) and 6.5kV (3.6kV DC link). The construction of these devices is totally free from wire and solder bonds which all but eliminates the problems of mechanical fatigue associated with conventional modules. Internal stray inductance in both the gate connections and emitter connections is vastly reduced when compared to conventional modules leading to improved ruggedness and short circuit behavior, which is further enhanced by direct cooling of the emitter side of the chip. These devices are based on a state of the art soft punch through (SPT++) process, which yields exceptional values of V CE(sat) and soft switching behavior despite the high voltage ratings. The devices feature a positive temperature coefficient making them suitable for reliable parallel operation. Devices are available with or without integral anti-parallel diode; a range of complimentary High Power Sonic Diodes optimized for use with these IGBTs are available now with a new generation using improved technology in development. Please contact your representative for more information. The press-pack IGBTs exhibit exceptional power cycling performance; typically an order of magnitude better than modules, making them highly suited to applications such as metals and traction drive systems where there are repeated cyclic power demands. Press-pack IGBTs have a stable short circuit failure mode which, as well as safety benefits, makes them an ideal choice for medium and high voltage applications where series connection is required. Stable short circuit failure mode allows for the design in of n+ redundancy without additional bypass switches and costly explosion proof enclosures. Typical examples include HVDC, FCTs, ctive Vr controllers / compensators and medium voltage drives. In applications above 4MW press-pack IGBTs offer exceptional power density, far exceeding that achievable with comparable modules in multi-level / MMC based converters. These PPIGBT s are largely backwardly compatible with standard 2.5kV and 4.5kV GTOs in many applications such as C drives. This makes these parts a simple and economical path to upgrade or refurbish equipment that previously used GTOs, such as locomotives or medium voltage drives. They are suitable for all cooling options including direct liquid immersion. Complementary gate drives, mounting clamps and passive components I C Typical Typical Fig. I F = I C IGBT Diode E ON E OFF I rm t rr Q r No. Part No. V CES I C I CM V CE(sat) IGBT Switching V F Diode Recovery T JM R thjk New * V V J J V µs µc C K/W K/W T0360ND W40 T0500ND25E N/ N/ N/ N/ N/ W40 T0570VD25G W67 T0850VD25E N/ N/ N/ N/ N/ W67 T1200TD W41 T1500TD25E N/ N/ N/ N/ N/ W41 T2250D25E N/ N/ N/ N/ N/ W71 T0160NB W40 T0240NB45E N/ N/ N/ N/ N/ W40 T0340VB45G W67 T0510VB45E N/ N/ N/ N/ N/ W67 T0600TB W41 T0800TB45E N/ N/ N/ N/ N/ W41 T0800EB45G W44 T0900EB W44 T1200EB45E N/ N/ N/ N/ N/ W44 T1600GB45G W45 T1800GB W45 T2400GB45E N/ N/ N/ N/ N/ W45 T0258HF65G W95 T0385HF65E N/ N/ N/ N/ N/ W95 T0600F65G W98 T0900F65E N/ N/ N/ N/ N/ W98 T0900DF W96 T1290BF W103 T1375DF65E N/ N/ N/ N/ N/ W96 T1890BF65E N/ N/ N/ N/ N/ W103 * Consult factory for details Outlines on pages O-01...O-30 W40 Weight 430 g W41 Weight 1200 g W44 Weight 1200 g W45 Weight 2000 g W67 Weight 650 g W71 Weight 1500 g W95 Weight 825 g W96 Weight 1500 g W98 Weight 1800 g W103 Weight 3200 g 134

155 Press-Pack IGBT Gate Drive Units The C044BG400 IGBT Gate Driver is a low power consumption driver with on board V CE desaturation detection for high reliability application. The driver features a fibre-optic communication interface for drive, status and switching feedback signals. fully supervised DC/DC converter with EMI filtering, low coupling capacitance and high partial discharge level is integrated into the board. The high voltage collector sense and gate interface are implemented on a separate card to allow close coupling to the IGBT. range of pre-configured boards is available to complement IXYS UK s range of press-pack IGBTs see table below. other applications on request. Gate Drive Part Number IGBT Type C0044BG400SBK C0044BG400SBL C0044BG400SBQ C0044BG400SB C0044BG400SBB C0044BG400SBE C0044BG400SBF C0044BG400SBM C0044BG400SBG C0044BG400SBN C0044BG400SBH C0044BG400SBP C0044BG400SBR C0044BG400SBC C0044BG400SBD C0044BG400SBJ C0044BG400SBS C0044BG400SBV C0044BG400SBT T0160NB45 T0240NB45E T0340VB45G T0360ND25 T0500ND25E T0510VB45E T0570VD25G T0600TB45 T0800EB45G T0800TB45E T0850VD25E T0900EB45 T1200EB45E T1200TD25 T1500TD25E T1600GB45G T1800GB45 T2250D25E T2400GB45E FETURES High reliability topology Designed for ultra low power consumption Build in DC/DC-converter with soft start Integrated input filter for low EMI Separate low impedance path for parasitic EMI currents PD-Voltage levels available up to 11 kv on request. Low impedance from gate to emitter at start-up and power fail Monitoring of all secondary supply voltages Monitoring of IGBT switching status (VCE-de-sat detection) Soft switch-off at V CE -de-sat fault condition Fiber-optic links for switching commands and status control Low light protection for input signal Short-pulse suppression. configurable Balanced propagation delay time Gate Current up to 44 Optional gate-speed-up capacitors PPLICTION Large and medium drives Renewable generation. Utilities scale converters 135

156 Dual Thyristor Modules IXYS UK Westcode Ltd. has UL Certification for most modules (Underwriters Laboratories Inc). See the UL Listing. MCR... MCC... MCO MCK... V DRM 125 C Fig. per Die Not for new design 10 ms No. Part No. V RRM I T C I TRMS I TSM V T0 r T T VJM R thjc R thch New * V C V mω C K/W K/W MCC160-30io W102 MCC160-36io W102 MCC220-28io W102 MCC265-24io W102 MCC320-30io W74 MCC320-36io W74 MCC325-14io W102 MCC325-18io W102 MCC380-28io W74 MCC431-20io W74 MCC431-22io W74 MCC431-24io W74 MCC500-14io W63 MCC500-18io W63 MCC500-22io W63 MCK500-14io W63 MCK500-18io W63 MCK500-22io W63 MCC501-12io W74 MCC501-14io W74 MCC501-16io W74 MCC501-18io W74 MCC552-12io W74 MCC552-14io W74 MCC552-16io W74 MCC500-30io W88 MCC500-36io W88 MCR500-30io W88 MCR500-36io W88 MCC580-28io W88 MCR580-28io W88 MCC650-24io W88 MCR650-24io W88 MCC720-14io W88 MCC720-18io W88 MCR720-14io W88 MCR720-18io W88 * Consult factory for details W63 W74 W73 W88 Single Thyristor Modules W102 Outlines on pages O-01...O-30 Part No. V RRM I T C I TRMS I TSM V T0 r T T VJM R thjc R thch Fig. V DRM 125 C. 10ms per Die No. New * V C V mω C K/W K/W MCO560-30io W73 MCO560-36io W73 MCO635-28io W73 MCO741-22io W73 MCO801-14io W73 MCO801-18io W73 136

157 Thyristor / Diode Modules IXYS UK Westcode Ltd. has UL Certification for most modules (Underwriters Laboratories Inc). See the UL Listing. MCD... MDC... Part No. V RRM I T C I TRMS I TSM V T0 r T T VJM R thjc R thch Package style V DRM 125 C Fig. per Die Not for new design 10 ms No. Outline drawings New * V C V mω C K/W K/W on page O-01...O-30 MCD160-14io W102 MCD160-18io W102 MDC160-14io W102 MDC160-18io W102 MCD220-28io W102 MDC220-28io W102 MCD265-24io W102 MDC265-24io W102 MCD320-30io W74 MCD320-36io W74 MDC320-30io W74 W63 MDC320-36io W74 MCD325-14io W102 MCD325-18io W102 MDC325-14io W102 MDC325-18io W102 MCD380-28io W74 MDC380-28io W74 MCD431-20io W74 MCD431-22io W74 MCD431-24io W74 MDC431-20io W74 MDC431-22io W74 MDC431-24io W74 W74 MCD500-14io W63 MCD500-18io W63 MCD500-22io W63 MDC500-14io W63 MDC500-18io W63 MDC500-22io W63 MCD501-12io W74 MCD501-14io W74 MCD501-16io W74 MCD501-18io W74 MDC501-12io W74 MDC501-14io W74 MDC501-16io W74 MDC501-18io W74 W88 MCD552-12io W74 MCD552-14io W74 MCD552-16io W74 MDC552-12io W74 MDC552-14io W74 MDC552-16io W74 MCD500-30io W88 MCD500-36io W88 MDC500-30io W88 MDC500-36io W88 MCD580-28io W88 MDC580-28io W88 MCD650-24io W88 MDC650-24io W88 W102 MCD720-14io W88 MCD720-18io W88 MDC720-14io W88 MDC720-18io W88 * Consult factory for details 137

158 Dual Diode Modules IXYS UK Westcode Ltd. has UL Certification for most modules (Underwriters Laboratories Inc). See the UL Listing. MDD... MD... MDK... MDO... Part No. V RRM I T C I FRMS I FSM V T0 r T T VJM R thjc R thck 150 C Fig. per Die Not for new design 10 ms No. New * V C V mω C K/W K/W MDD275-30N W102 MDD275-36N W102 MD275-30N W102 MD275-36N W102 MDK275-30N W102 MDK275-36N W102 MDD410-24N W102 MDD410-28N W102 MD410-24N W102 MD410-28N W102 MDK410-24N W102 MDK410-28N W102 MDD510-14N W102 MDD510-18N W102 MD510-14N W102 MD510-18N W102 MDK510-14N W102 MDK510-18N W102 MDD600-14N W63 MDD600-18N W63 MDD600-22N W63 MD600-14N W63 MD600-18N W63 MD600-22N W63 MDK600-14N W63 MDK600-18N W63 MDK600-22N W63 MDD630-30N W74 MDD630-36N W74 MD630-30N W74 MD630-36N W74 MDK630-30N W74 MDK630-36N W74 MDD N W74 MDD N W74 MD N W74 MD N W74 MDK N W74 MDK N W74 MDD N W74 MDD N W74 MDD N W74 * Consult factory for details 138

159 Dual Diode Modules IXYS UK Westcode Ltd. has UL Certification for most modules (Underwriters Laboratories Inc). See the UL Listing. MDD... MD... MDK... MDO... Part No. V RRM I T C I FRMS I FSM V T0 r T T VJM R thjc R thck 150 C Fig. per Die 10 ms No. Outlines on pages O-01...O-30 V C V mω C K/W K/W MD N W74 MD N W74 MD N W74 MDK N W74 MDK N W74 MDK N W74 MDD N W88 MDD N W88 MDD N W88 MD N W88 MD N W88 MD N W88 MDK N W88 MDK N W88 MDK N W88 W63 W74 W88 W73 W102 Single Diode Modules IXYS UK Westcode Ltd. has UL Certification for most modules (Underwriters Laboratories Inc). Part No. V RRM I T C I FRMS I FSM V T0 r T T VJM R thjc R thck 150 C Fig. per Die 10 ms No. New * V C V mω C K/W K/W MDO N W73 MDO N W73 MDO N W73 MDO N W73 MDO N W73 * Consult factory for details 139

160 Water Cooled Dual Diode Modules IXYS UK s range of water cooled modules feature a direct cooled base. with no extra interface to the die allowing for more efficient cooling giving an enhanced average current rating. IXYS UK Westcode Ltd has UL Certification for most modules (Underwriters Laboratories Inc). See the UL Listing. Part No. V RRM I T C I FRMS I FSM V T0 r T T VJM R thjw 150 C Fig. per Die 10ms No. V C V mω C K/W MDD950-14N1W W64 MDD950-18N1W W64 MDD950-22N1W W64 MD950-14N1W W64 MD950-18N1W W64 MD950-22N1W W64 MDK950-14N1W W64 MDK950-18N1W W64 MDK950-22N1W W64 Package style Outline drawings on page O-01...O-30 Water Cooled Thyristor/Diode Modules Part No. V RRM I T C I TRMS I TSM V T0 r T T VJM R thjw V DRM 125 C Fig. per Die 10ms No. V C V mω C K/W MCD600-22io1W W64 MDC600-22io1W W64 MCD700-14io1W W64 MCD700-18io1W W64 MDC700-14io1W W64 MDC700-18io1W W64 W64 Water Cooled Dual Thyristor Modules 140 Part No. V RRM I T C I TRMS I TSM V T0 r T T VJM R thjw V DRM 125 C Fig. per Die 10ms No. V C V mω C K/W MC600-22io1W W64 MCC600-22io1W W64 MCK600-22io1W W64 MCC700-14io1W W64 MCC700-18io1W W64 MC700-14io1W W64 MC700-18io1W W64 MCK700-14io1W W64 MCK700-18io1W W64

161 Power Semiconductor ssemblies From IXYS UK Power Semiconductor ssemblies With over 80 years of experience, our dedicated team of talented design engineers can deliver a wide variety of industry leading solutions ranging from simple standard sub-assemblies to complicated multi-megawatt power systems. IXYS UK s power electronics assemblies group has been an integral part of our core business since the early 1920 s when we began production of the first commercially available solid state rectifiers. Our dedicated team of highly experienced specialists are on hand to provide our customers with first class support on everything from a simple air-cooled rectifier to a highly integrated custom power converter. Using the latest 3D modelling and simulation techniques, we can significantly reduce the cycle time from concept to fully developed design, minimising risk and identifying opportunity for optimisation early in the project. With double digit growth in the preceding 5 years, in 2010 we moved into a new 300m2 dedicated production facility complemented by a well-equipped power lab. These new facilities, supported by an expanded team of engineers and technicians form the foundations for continued investment and growth in this strategic area of our business. Standard ssemblies IXYS UK s standard assemblies also include the new press-pack IGBT 3-level inverters. 3 separate designs are available, a totally independent 3.3kV system, a 6.6kV system and a 10kV system. The 6.6kV and 10kV systems are based on the combination of 2 IGBT stacks and 1 diode stack. Each system benefits from direct water cooling to provide highly effective heat dissipation away from the devices and pre-loaded disc spring clamping to evenly distribute the applied force across the entire surface area of the device. lso designed into each system is an integrated snubber circuit design and an isolated clamping rod system to limit the occurrence of eddy currents within the unit. Forced air-cooled three phase fully controlled bridge excitation rectifier for power stations Pulsed Power Custom ssemblies From concept through development and manufacture to after sales support, we believe strongly in working closely with our customer every step of the way extending our philosophy of teamwork beyond our own organisation. We understand that good communication and close collaboration help us provide the very best service to our customers. Using the latest 3D modelling techniques we can visualise concepts and check form, fit and function with virtual prototypes. lso, utilising advanced software packages, IXYS UK can carry out simulation modelling, allowing us to model pressure drops through coolers/manifolds and heat flows through heatsinks. s a pioneer in the development of solid state pulsed power components and systems, we are able to deliver anything from discrete components to fully integrated energy transfer switches. With systems successfully delivering voltage ratings of over 50kV and pulsed currents up to 140k, we have a wealth of experience at your disposal. Our modular design solutions based on either pulse thyristor or press-pack IGBT technology and integrating control and protection functions provide you with a flexible blackbox approach to energy transfer problems. We are involved with pulsed power on a global basis, working with prestigious research organisations such as CERN, Switzerland as well as medium voltage manufacture for emerging commercial applications such as laser supplies, PUV and PEF sterilisation, magnetisation and metal forming. 141

162 Power Semiconductor ssemblies From IXYS UK Traction pplications With over 40 years of experience, our dedicate team of design engineers can deliver solutions to a whole range of design problems, ranging from simple trackside rectifiers to complex propulsion converters. IXYS UK power electronic assemblies group pioneered the early development of solid state converters for traction systems in the late 1950 s as part of the Westinghouse brake & signal company. Over the years we have gained an enviable reputation within the rail sector as a solution provider. Using our experience and broad network of contacts within the industry, we are able to offer assistance in tackling issues such as; component obsolescence, improving power equipment reliability, contract maintenance of power modules, refurbishment of power electronics, upgrades to existing systems and, of course, subcontract manufacture for new projects. Working systematically to the highest international standards, we can give your equipment a new lease of life and help protect your investment in these valuable assets. Component obsolescence is becoming a significant problem for the rail sector as equipment design life invariably exceeds that of the modern power electronics components. Our highly skilled team of engineers are able to re-engineer older equipment to incorporate the latest technology whilst maintaining compatibility. s equipment reached half-life, many of the major power components will reach the end of their useful life resulting in a sharp decline in equipment reliability and availability. In these circumstances we can offer a full overhaul and refurbishment program for your power electronics, from engineering analysis, test and measurement through to delivery and validation of refurbished equipment. For larger projects such as fleet wide refits, we are able to work within a consortium of specialist international companies to ensure you have the right skills on hand to deliver turnkey solutions to your requirements. This may include system analysis, project management, risk assessment and safety case. 142 Powering Transport from generation to locomotives, our products are hard at work around the globe providing reliable energy control

163 Power Semiconductor ssemblies From IXYS UK Silicon ssemblies wide range of units is available, incorporating international standard outline silicon semiconductors. IXYS UK products have gained a worldwide reputation for quality in military, industrial and domestic applications. Standard extruded aluminium heatsink profiles are used for mounting discrete semiconductor devices in various configurations, for example: Single-phase diode bridges with current ratings from 70 to 5710 mps DC Single-phase half or fully controlled bridges from 35 to 2200 mps DC Three-phase diode bridges with current ratings from 100 to 7190 mps DC Three-phase half or fully controlled bridges from 45 to 3790 mps DC Hexaphase single way diode assemblies from 200 to mps DC Hexaphase single way thyristor assemblies from 90 to 7580 mps DC C regulators, single and three-phase from 40 to 2940 mps RMS Included in our standard range are solid-state, water-cooled C regulators for resistance welding, with ratings from 315 to 3020 mps RMS. lso available are water cooled, single and three-phase assemblies from 1200 to 6000 mps RMS. ll the above ranges are suitable for 440VRMS, 50Hz mains operation. Beyond Semiconductors Our flexible manufacturing facility is able to readily adapt to our customer s needs. In addition to power semiconductor assembly, we can offer complementary sub-assemblies to our customer s requirements, such as fuse panels and capacitor banks as well as contract manufacture to your designs. pplication and engineering support Components To complement our range of power semiconductors and assemblies IXYS UK can offer a range of supporting components including: Heatsinks Coolers Mounting clamps Ultra-rapid semiconductor protection fuses Capacitors - Snubbers - Rectification - Specialist DC link Gate drive units Our highly experienced technical team is on hand to provide our customers with first class support for everything from the application of our range of discrete devices to the design and development of complex systems. We can help you from concept through design to manufacture and test, working closely with you every step of the way. 143

164 Westack - Modular Solutions Single phase diode bridges pprox. total loss 2 I 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB1375B x W2058LC (4) B(2x83.1x180) SXB2096B x W3270NC (4) B(2x83.1x180) SXB3442B x W5696VC (4) B(2x180) SXB4264B x W8405ZC (4) B(2x180) Three phase diode bridges pprox. total loss 2.5 I 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB1920G x W2058LC (6) B(2x83.1x180) SXB2939G x W3270NC (6) B(2x83.1x180) SXB4869G x W5696VC (6) B(2x180) SXB5993G x W8405ZC (6) B(2x180) Six phase diode. single way with IPT pprox. total loss 1.25 I 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB3840HEX x W2058LC (6) B(2x83.1x180) SXB5877HEX x W3270NC (6) B(2x83.1x180) SXB9737HEX x W5696VC (6) B(2x180) SXB11987HEX x W8405ZC (6) B(2x180) Six phase thyristor. single way with IPT pprox. total loss 1.5 I 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB3529HEXT x N1802LC (6) B(2x83.1x180) SXB4649HEXT x N2500VC (6) B(2x180) SXB6240HEXT x N4085ZC (6) B(2x180) Single phase fully controlled bridges pprox. total loss 2.5xI 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB1265FB x N1802NC (4) B(2x83.1x180) SXB1645FB x N2500VC (4) B(2x180) SXB2167FB x N4085ZC (4) B(2x180) Three phase fully controlled bridges pprox. total loss 3 I 25 C ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXB1764FG x N1802NC (6) B(2x83.1x180) SXB2324FG x N2500VC (6) B(2x180) SXB3120FG x N4085ZC (6) B(2x180) Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 144

165 Westack - Modular Solutions Cooling for each module section is provided by the use of a low noise 115/230 V ac fan which is protected against overloading by an integral thermal cut-out. Surge suppression and fusing provides reliable and safe operation. Surge suppression (protecting the devices from voltage transients) and high speed fuses (to protect against short circuit) are available. Contact IXYS UK for details. ll plastic components are UL recognised and meet the requirements of the European Union Directive 2002/95/EC covering the restricted use of certain hazardous substances in electrical and electronic equipment. ISO 9000 provides the standard against which all our products and services are measured. Westack - Modular Solutions are available in 6 standard configurations. others by request. Figure 1 Weight 20 kg Figure 2 Weight 40 kg Figure 3 Weight 20 kg Figure 4 Weight 60 kg Figure 5 Weight 30 kg Figure 6 Weight 60 kg 145

166 WestackLITE - Modular Solutions simple but highly efficient range of stacks incorporating the new WESPCK range of phase control thyristors. Currently available in 3 standard configurations: C voltage regulators Single-phase bridges Three-phase bridges These stacks can easily be modified to meet individual customer requirements. Fully dimensioned drawings are available upon request from the Chippenham Factory. Features and Benefits WESPCK devices provide the maximum power rating for weight and volume without compromising on quality and relaibilty. Cooling is provided by means of a low noise dual voltage (230V/115V) ac fan that is protected against overloading by an integral thermal cut-out. Surge suppression and fusing can be added to protect the devices from voltage transients and short circuits. ISO provides the standard against which all our products and services are measured. 146

167 WestackLITE - Modular Solutions C regulators pprox. total loss 1.3 I RMS ssembly I DC amps ir Forced 5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXC1195FR x N1806QK (2) (2x150. 1x330) SXC1464FR x N2367MK (2) (2x150. 1x330) SXC1788FR x N3904HK (2) (2x150. 1x330) Single phase fully controlled bridges pprox. total loss 2.5 ID DC ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXC1076FB x N1806QK (4) (2x150. 1x330) SXC1318FB x N2367MK (4) (2x150. 1x330) SXC1609FB x N3904HK (4) (2x150. 1x330) Three phase fully controlled bridges pprox. total loss 3 ID DC ssembly I DC amps ir Forced 2.5m/s I FSM amps I²t Dimensions mm Mass Device Type Heat Sink Part Number T a = 25 C T a = 35 C T a = 45 C I TSM amps ²s Fig. W H D kg and Quantity Type SXC1517FG x N1806QK (6) (2x150. 1x330) SXC1871FG x N2367MK (6) (2x150. 1x330) SXC2319FG x N3904HK (6) (2x150. 1x330) Figure 1 Weight 10 kg Figure 2 Weight 20 kg Figure 3 Weight 30 kg 147

168 Power Semiconductor ccessories s part of our continuing commitment to meet our customers demands. we offer a range of products to support our high power semiconductor devices and our silicon assembly business. The following pages show a selection of accessories available to our customers. from heatsinks and coolers. to bar or box clamps. to mounting grease! Part No. Old Part Number ccessory XSGSCX13 Press Pack Semiconductor Mounting Grease - supplied in 1kg tins XST1000M08P PTFE1000M8 M8 PTFE tube x 1m length insulation XST1000M10P PTFE1000M10 M10 PTFE tube x 1m length insulation XST1000M12P PTFE1000M12 M12 PTFE tube x 1m length insulation XST1000M16P PTFE1000M16 M16 PTFE tube x 1m length insulation L0001YC600XXX n/a 30mm diameter poleface Insulator Capsule L0001QC600XXX n/a 38mm diameter poleface Insulator Capsule L0001NC600XXX n/a 47mm diameter poleface Insulator Capsule L0001HC600XXX n/a 66mm diameter poleface Insulator Capsule L0001ZF600XXX n/a 73mm diameter poleface Insulator Capsule L0001TC600XXX n/a 75mm diameter poleface Insulator Capsule Part No. Old Part Number ccessory Type XSL200D8WRC U mm long single Co-xial cable. Red / White. M5 ring terminal for Ø75 IGBT & below IGBT XSL200D8WRCP U mm long double Co-xial cable. Red / White. M5 ring terminal for Ø85 IGBT & above IGBT XSL220C2WRT 220mm long twisted pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL300C2WRP U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL300C2WS U9900 (Gate Only) 300mm long gate wire. Silicone sleeve cable 16/0.2. White. M4 ring terminal Thyristor XSL350C2WRP U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL400C2WRP U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL500C2WRP U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL600C2WRP U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL1000C2WRP U9734/U9801/U mm long pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL1000C2WRT U mm long twisted pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor XSL1100C2WRT U mm long twisted pair. Silicone sleeve cable 16/0.2. Red / White. M4 ring terminal Thyristor We can supply discrete parts. kits of parts or complete assemblies to satisfy your requirements. Please contact the Chippenham Factory for further information. 148

169 Standard base clamp kits for rectifier diodes and phase control thyristors These Single side cooled square base mounting clamps are suitable for 34 mm to 50 mm pole face devices with clamping force in the range from 1130 Kgf to 2140 Kgf. Suitable for devices with blocking voltages from 400 volts up to 6 KV. Part No. Poleface Ref. Outline Ref. XK1500CB034M * WC64 XK1130SB076M WC65 XK2140SB076M WC66 Standard part replacements to the obsolete flat-base power silicon diodes types KBN/R. KCN/R & KDN/R. For other voltages and thyristor options please consult factory. Part No. Old square base part no. Base polarity V RRM V I tav Tc = 100 C k 2 s V mω K/W C W1185LC450KBR * SW45KBR515 node x WC64 W1185LC450KBN * SW45KBN515 Cathode x WC64 W1411LC360KBR * SW36KBR595 node x WC64 W1411LC360KBN * SW36KBN595 Cathode x WC64 W1524LC300KBR * SW30KBR636 node x WC64 W1524LC300KBN * SW30KBN636 Cathode x WC64 W1748LC220KBR * SW22KBR805 node x WC64 W1748LC220KBN * SW22KBN805 Cathode x WC64 W2058LC120KBR * SW12KBR935 node x WC64 W2058LC120KBN * SW12KBN935 Cathode x WC64 W1185LC450KCR SW38KBR515 node x WC65 W1185LC450KCN SW45KBN515 Cathode x WC65 W1411LC360KCR SW36KBR595 node x WC65 W1411LC360KCN SW36KBN595 Cathode x WC65 W1524LC300KCR SW30KBR635 node x WC65 W1524LC300KCN SW30KBN636 Cathode x WC65 W1748LC220KCR SW22KBR805 node x WC65 W1748LC220KCN SW22KBN805 Cathode x WC65 W2058LC120KCR SW12KBR935 node x WC65 W2058LC120KCN SW12KBN935 Cathode x WC65 W3082MC450KDR SB45KDR680 node x WC66 W3082MC450KDN SB45KDN680 Cathode x WC66 W3708MC350KDR SB35KDR820 node x WC66 W3708MC350KDN SB35KDN820 Cathode x WC66 W3842MC280KDR SB25KDR950 node x WC66 W3842MC280KDN SB25KDN950 Cathode x WC66 W5636MC150KDR SB15KDR14C node x WC66 W5636MC150KDN SB15KDN14C Cathode x WC66 * = ssembly supplied either as kit of parts or sub-assembly with selected diode or thyristor I TSM I 2 t V 0 r T R th Temp Outline WC64 WC65 WC66 149

170 Standard Bar Clamps 150 Part No. Not for new design * XK0450D056M XK0450DT056M XK0450S056M XK0550D056M XK0550S056M XK0900D056M XK0900DT056M XK0900S056M XK0600D074M XK0600S074M XK1000D074M XK1000S074M Fixing Centres mm Rod Size Outline Capsule Device Mounting Surface Diameter mm Nominal Thickness mm 65 M8 DO-200 / TO-200B M8 GTO M8 Diode / Thyristor M10 Press-Pack IGBTs M10 Press-Pack IGBTs T j Max C Outline No. WC2 WC3 WC1 WC5 WC4 WC7 WC8 WC6 WC10 WC9 WC12 WC11 XK1100D076M 89 M10 DO-200B / TO-200C WC13 XK1130D076M WC15 XK1130DT076M 89 M10 DO-200B / TO-200C WC16 XK1130S076M XK1800D076M XK1800DT076M XK1800S076M XK2100D076M 89 M10 Wespack PCT XK2100D076ML M10 GTO XK2100S076M 190 XK2100S076ML 125 XK2140D076M XK2140D076ML 125 XK2140DT076M M10 DO-200 / Thyristor XK2140DT076ML 125 XK2140S076M 190 XK2140S076ML 125 XK2700D076M XK2700DT076M XK2700S076M XK2000D114M XK2000S114M XK2500D114M XK2500S114M XK2500D116M 89 M10 Wespack PCT M12 Press-Pack IGBTs M12 Press-Pack IGBTs XK2500D116ML M12 GTO XK2500S116M 190 XK2500S116ML 125 XK3000D116M XK3000D116ML M12 DO-200D / Thyristor XK3000S116M 190 XK3000S116ML 125 XK3500D116M XK3500D116ML M12 GTO XK3500S116M 190 XK3500S116ML 125 XK4000D116M XK4000D116ML M12 Diode / Thyristor XK4000S116M 190 XK4000S116ML WC14 WC18 WC19 WC17 WC21 WC20 WC23 WC24 WC22 WC26 WC27 WC25 WC29 WC28 WC31 WC30 WC33 WC32 WC35 WC34 WC37 WC36 WC39 WC39

171 Standard Bar Clamps Part No. Not for new design * XK5000D128M M16 GTO XK5000D128ML 125 XK7000D128M M16 Diode / Thyristor XK7000D128ML 125 XK3060D140ML XK3060S140ML 154 M12 Press-Pack IGBTs XK9000S160M M16 Thyristor XK9000S160ML 125 XK9000D160M M16 Thyristor XK9000D160ML 125 XK6120D180ML XK6120S180ML Fixing Centres mm Rod Size Outline Capsule Device Mounting Surface Diameter mm Nominal Thickness mm 196 M16 Press-Pack IGBTs T j Max C Outline Ref. WC40 WC41 WC43 WC42 WC44 WC45 WC46 WC47 * For new replacement part see page 152 Outline drawings are available from pages O-01...O-30 WC 18 WC 45 WC 50 WC 48/49 151

172 Bar Clamps - new range! Range Part number #### = Force kgf Max cell dia mm T JMX C xxx = max Z - dim range mm Outline XSK042 XSK####D042Mxxx 0500/ * WC58 XSK####DT042Mxxx 0500/ * WC59 XSK####DF042Mxxx 0500/ * WC60 XSK054 XSK####D054Mxxx * WC58 XSK####DT054Mxxx * WC59 XSK####DF054Mxxx * WC60 XSK056 XSK####D056Mxxx 0500/0900/ * WC58 XSK####DT056Mxxx 0500/0900/ * WC59 XSK####DF056Mxxx 0500/0900/ * WC60 XSK065 XSK####D065Mxxx 0500/0900/ * WC58 XSK####DT065Mxxx 0500/0900/ * WC59 XSK####DF065Mxxx 0500/0900/ * WC60 XSK075 XSK####D075Mxxx 0900/1500/ * WC58 XSK####DT075Mxxx 0900/1500/ * WC59 XSK####DF075Mxxx 0900/1500/ * WC60 XSK087 XSK####D087Mxxx 1500/2200/ * WC61 XSK####DT087Mxxx 1500/2200/ * WC62 XSK####DF087Mxxx 1500/2200/ * WC63 XSK103 XSK####D103Mxxx 2200/3200/ * WC61 XSK####DF103Mxxx 2200/3200/ * WC63 XSK112 XSK####D112Mxxx 2800/3200/3800/ * WC61 XSK####DF112Mxxx 2800/3200/3800/ * WC63 XSK120 XSK####D120Mxxx 3800/4500/ * WC61 XSK####DF120Mxxx 3800/4500/ * WC63 XSK126 XSK####D126Mxxx 3800/4500/ * WC61 XSK####DF126Mxxx 3800/4500/ * WC63 * contact factory for available sizes WC 58 WC 60 WC 62 Outline drawings on O-01...O-30 WC 59 WC 61 WC 63 Range 1 B C C1 D E F G H Fixing XSK PCF PCF M6 XSK PCF M6 XSK PCF PCF 9.53 M8 XSK PCF PCF M8 XSK PCF PCF M8 XSK PCF PCF M8 XSK PCF PCF PCF M8 XSK PCF PCF M10 XSK PCF PCF M10 XSK PCF PCF M10 PCF = Dimension is dependent on clamp force and cell height. Please consult factory ll dimensions above in mm and relate to outline drawing notation 152

173 Bar Clamps Outline Drawings WC58 D WC59 DT WC60 DF WC61 D WC62 DT WC63 DF 153

174 Bar Clamps for WESPCK and GTO range Part No. Rod Size & Length mm Insulator Size & Length mm Fixing centres Pole Face Clamp Forces Z mm D mm Fig. No. XSK1500D M8 x 90 M8 x kN to 20kN WC51 XSK1500D M8 x 130 M8 x XSK1500D M8 x 160 M8 x XSK2000D M8 x 95 M8 x kN to 20kN WC52 XSK2000D M8 x 130 M8 x XSK2000D M8 x 160 M8 x XSK3000D M8 x 100 M8 x kN to 31kN WC53 XSK3000D M8 x 130 M8 x XSK3000D M8 x 160 M8 x XSK3400D M8 x 100 M8 x kN to 34kN WC54 XSK3400D M8 x 140 M8 x XSK3400D M8 x 160 M8 x XSK3800D116M076 M10 x 150 M12 x kN to 38kN WC55 XSK3800D116M101 M10 x 180 M12 x XSK4400D116M076 M10 x 150 M12 x kN to 44kN WC56 XSK4400D116M101 M10 x 180 M12 x XSK6000D116M076 M10 x 150 M12 x kN to 60kN WC57 XSK6000D116M101 M10 x 180 M12 x Note: 1 Kgf = 9.8 Newtons T JMX = 190 C Outline drawings are available from pages O-01...O-30 WC51 WC52 WC53 WC54 WC55 WC56 WC57 154

175 Box Clamps New Part No. XK0450B019M XK0450BB019M XK0450B025M XK0450BB025M Moulded Box Style Injection Compression Injection Compression Fixing Centres mm Rod Size Outline Capsule Device Mounting Surface Ø mm Nominal Thickness mm Outline Ref. 50 PCD M5x50 Bolts DO-200/TO-200B WC48 50 PCD M5x50 Bolts DO-200/TO-200B WC49 XK1000B025M Injection 50 PCD M5x50 Bolts DO-200/TO-200B WC49 XK1500B025M Injection 50 PCD M5x50 Bolts DO-200/TO-200B WC49 XK1500B034M Injection 70 PCD M6x50 Bolts DO-200B/TO-200C WC50 Note: 1 Kgf = 9.8 Newtons Outline drawings are available from pages O-01...O-30 Heatsinks WC 48/49 WC 50 Part No. Weight Kg/m Periphery mm rea mm2 Fig. No. XSFGxxxxN WH1 XSFGxxxxN WH2 XSFHxxxxN WH3 XSFTxxxxN WH4 XSFTBxxxxN WH5 XSFTCxxxxN WH6 SXFLPxxxxN WH7 SXF46xxxxN WH8 SXF30xxxxN Dimensions 125mm x 125mm x 4 vanes WH9 WH1 WH2 WH3 WH4 WH5 WH6 WH7 WH8 WH9 155

176 Coolers Part No. Weight Cooler Busbar Fig. Thickness Thickness Description No. Kg mm mm XW076NC N/ 47mm WC Cu WCL2 XW076NC16B 47mm WC Cu with Busbar (10mm Hose) WCL1 XW076NC16BS 47mm WC Cu with Busbar + spirol pins fitted (10mm Hose) WCL1 XW076NC16BT mm WC Cu with Busbar + thermostat hole (10mm Hose) WCL1 XW076NC16C 47mm WC Cu with Busbar (1/2" Hose) WCL1 XW076NC16CT 47mm WC Cu with Busbar + thermostat hole (1/2" Hose) WCL1 XW076NC16R mm WC Cu reversed with Busbar WCL12 XW076NC16W N/ 47mm WC Cu reversed WCL13 XW116ZC N/ 73mm WC Cu WCL4 XW116ZC20B mm WC Cu with Busbar WCL3 XW116ZC20C mm WC Cu with alt. Busbar WCL5 XW116ZC20R mm WC Cu reversed with Busbar WCL14 XW116ZC20W N/ 73mm WC Cu reversed WCL15 XW127EN15 85mm WC l Nitride WCL N/ XW127EN15B 85mm WC l Nitride without holes WCL8 XW127EC N/ 85mm WC Cu Helix WCL16 XW127EC25B mm WC Cu with Busbar Helix WCL17 XW127E N/ 85mm WC l Helix WCL16 XW127E25B mm WC l with Busbar Helix WCL17 XW160FC N/ 100mm WC Cu WCL6 XW160FC25B mm WC Cu with Busbar WCL7 XW180GC N/ 125mm WC Cu Helix WCL11 XW180GC34B mm WC Cu with Busbar Helix WCL10 XW180G N/ 125mm WC l Helix WCL11 XW180G34B mm WC l with Busbar Helix WCL10 XW180GN N/ 125mm WC l Nitride Helix WCL18 XW270Q N/ 270 x 190mm WC l Cold Plate WCL9 WCL2 WCL4 WCL8 Outlines on pages O-01...O-30 WCL1 WCL3 WCL5 WCL6 WCL7 WCL9 -WS65 WCL10 WCL11 WCL12 -WS71-1 WCL16 WCL13 -WS71-2 WCL14 -WS72-1 WCL15 -WS72-2 WCL17 WCL18 Part No. XSNM12H10S XSNM12H12S XSNM10H15P 156 Cooler ccessories M12 Cooler Connection. 10mm Hose & Stainless Steel material M12 Cooler Connection. 12mm Hose & Stainless Steel material M10 Cooler Connection. 15mm Hose & Plastic Material

177 Snubber Capacitors - New Range new addition for IXYS UK s new range of snubber capacitors. These capacitors have a low series resistance.high pulse strength and low self-inductance of 15nH; they also have very good self-healing characteristics without loss of capacitance. These capacitors consist of a flame retardent plastic can filled with solid resin to ensure reliable operation even under the most extreme environmental conditions. Capacitance Series Resistance RMS Current Peak Current Peak Surge DC Voltage C Voltage Non-repetitive Surge voltage Fig. Diameter Length L1 Part No. CN ESR I RMS I PK Current I S V DC V C V S D1 µf mω k k V V V mm mm E53.H59-471T1W T E53.H59-102T1W T E53.H59-152T1W T E53.H59-252T1W T E53.M59-252T2W T E53.R11-302T21W T E53.H59-332T1W T E53.M59-332T2W T E53.P59-402T2W T E53.R11-402T2W T E53.H59-472T1W T E53.Q59-502T2W T E53.M59-602T2W T E53.Q59-602T2W T E53.P59-682T2W T E53.R60-702T2W T E53.P59-752T2W T E53.H59-802T1W T E53.M59-802T2W T E53.Q59-802T2W T E53.M59-103T2W T E53.P59-103T2W T E53.Q59-103T2W T E53.H59-123T1W T E53.R60-123T2W T E53.P59-143T2W T E53.Q59-143T2W T E53.H59-153T1W T E53.Q59-153T2W T E53.M59-163T2W T E53.P59-163T2W T E53.Q59-183T2W T E53.R60-183T2W T E53.Q59-223T2W T E53.R60-243T2W T E53.M59-253T2W T E53.H59-303T1W T E53.N51-303H1W H E53.P59-303T2W T E53.H59-333T1W T E53.R60-333T2W T E53.N51-383H1W H E53.N68-403H1W H E53.Q59-403T2W T E53.H59-503T1W T E53.N51-503H1W H E53.N68-503H1W H E53.P59-503T2W T E53.R60-503T2W T H1 T1/T2 157

178 NEW - DC Link Capacitors The E50 PK16 capacitor can be universally used for the assembly of low inductance DC buffer circuits and DC filters; with its high energy density it can replace banks of series-connected electrolytic capacitors as well as large film capacitors in rectangular cases. The capacitance in a DC buffer circuit must be sufficiently sized to both handle and smoothen the occurring ripple currents. The traditional use of series/parallel-connected electrolytic capacitors offered large capacitance at seeming low cost. however the low cost per microfarad is countered by very low current strength. the high sensitivity to voltage and current surges. as well as high risk of field failures resulting in high maintenance cost. dvanced know-how in special capacitor film coating and many years of practical experience in designing and manufacturing capacitors have allowed the design of the E50 PK16 range with high current density. With fivefold the current strength of conventional electrolytic capacitors. it is not necessary to reproduce the same capacitance in film technology. Instead. the user now gets a superior technical solution within the same or even less space offering: Superior voltage and current strength Dramatic increase in operational life Drastic reduction of failures Minimisation of power dissipation losses Substantial reduction of self-inductance and series resistance More exact manufacturing tolerances Elimination of sharing resistors Thanks to its compact cylindrical aluminium (NT) or plastic (N4) can design these capacitors are ideal for both electrical and mechanical requirements of high-speed IGBT converters. Its robust terminals and the robust fixing stud allow for very simple and reliable mounting that unites lowest inductance and highest current strength. The particularly large creepage and clearance distances make this design suitable for a wide range of operating voltages. s a result. existing standard converter concepts can easily be adapted to new applications without having to change the principal construction and to re-approve the entire system. The capacitors listed below have been designed specifically to match the requirements of IXYS UK s press-pack IGBT range in most inverter/converter applications. Part No. V DC V Capacitance µf Series Resistance R S Ω Maximum Current I MX Inductance L E nh Diameter mm Length E50.N15-254N5W N5 E50.N15-304NTW NT E50.R16-554NTW NT E50.N25-564NTW NT E50.R23-824NTW NT E50.R29-115NTW NT E50.R34-145NTW NT E50.S29-165NTW NT E50.S34-205NTW NT mm Design E50.N15-603NTW NT E50.N23-104NTW NT E50.R16-114NTW NT E50.R23-174NTW NT E50.R29-224NTW NT E50.R34-284NTW NT E50.S29-314NTW NT E50.S34-394NTW NT E50.N15-293NTW NT E50.N23-503NTW NT E50.R16-573NTW NT E50.R23-863NTW NT E50.R29-114NTW NT E50.R34-144NTW NT E50.S29-164NTW NT Other voltage/capacitor ratings are available on request. Please contact IXYS UK for more information N5 NT85 NT116/

179 Power Semiconductor Chips IXYS offers a wide range of power semiconductor dies for a multitude of applications. Bipolar Chips V RRM / V DRM I F(V)M / I T(V)M t rr V ns Schottky Diodes HiPerFRED (Low Leakage) Sonic Fast Recovery Diodes FRED (Low Forward Voltage Drop) Semi-Fast Diodes Rectifier Diodes Phase Control Thyristors IGBT Chips V CES V I C Speed XPT IGBT medium / fast XPT IGBT fast XPT IGBT medium XPT IGBT medium HV XPT IGBT 3300 / medium XPT Features: - thin wafer technology - low V ce(sat) and E off - very low gate charge - rugged, square 2 x I nom - short circuit rated (10µs) - easy to parallel Mode of Shipment: - in wafer form, unsawn, electrically tested, rejects are inked - sawn wafer on foil, electrically tested, rejects are inked - known good die in tray (Waffle Pack) - customized die sizes / geometry on request For chip sales please contact: chipsales@ixys.de Direct Copper Bonded Ceramic Substrates DCB Ceramic Substrates (l 2 O 3 ) IXYS manufactures Direct Copper Bonded substrates on aluminum oxide (l 2 O 3 ) base. DCB ceramic substrates form the basis for new product ideas and electronic developments with a high degree of integration. - carriers for semiconductor chips and connection clips - circuits similar to that on a PC board - electrical isolator for separating current paths from heat paths - transfer medium for heat dissipation from active parts into heat sink Standard bonded DCB panel dimensions are: Unclad aluminum oxide ceramic l 2 O 3 content > 96 % dimensions 138x210, 138x190.5, 115x165* mm usable area max. 130x200, 130x180, 107x156* mm thickness 1.00, 0.63, 0.38, 0.25 mm arc through voltage 10 kv thermal conductivity > 24 W/m K Conduction layers - both sides copper thickness 0.3 (< 0.3 on request) mm conductor width min / mm conductor spacing min / mm spacing conductor/edge of ceramic min / mm surface finishes available bare copper; nickel plated; nickel + gold plated peel-off resistance (90 peel test) >6 N/mm DCB ceramic substrate application temperature range C resistant to hydrogen max. 400 C thermal expansion coefficient to typ. 7.4 x 10-6 K -1 DCB parts are available as: bonded plate bonded and patterned plate prelasered, unbroken plate individuale substrates customer specific substrates on request * = (for 0.25 mm thk.) 159

180 pplication Notes Highlights further information and downloads see Power Factor Correction IXN Phase PFC using Vienna Rectifier pproach and Modular Construction for Improved Overall Performance, Efficiency and Reliability IXN0002 Single and Three-Phase Rectifiers with ctive Power Factor Correction for Enhanced Mains Power Quality IXN0003 Rectifiers with Power Factor Correction IXN0004 Design and Experimental Investigation of a Three-Phase, High Power Density, High Efficiency, Unity Power Factor PWM (VIENN) Rectifier Employing a Novel Integrated Power Semiconductor Module IXN0005 Status of the Techniques of Three-Phase Rectifier Systems with Low Effects on the Mains MOSFETs and IGBTs Drivers IXN0012 MOSFET/IGBT Drivers - Theory and pplications IXN0011 Driving Your MOSFETs Wild to Obtain Greater Efficiencies, Power Densities and Lower Overall Cost BiMOSFETs pplications IXN0013 Capacitor Charge/Discharge Circuits, utilizing High Voltage IGBTs and ZCS Resonant Mode Techniques IXN0014 Comparative Performance of BiMOSFETs in Fly-back Converter Circuits IXN0015 Use of BiMOSFETs in Modern Radar Transmitters IXN0016 IXBH40N160 BiMOSFET Developed for High Voltage and High Frequency pplications IXN0017 New 1600V BiMOSFET Transistors Open Up New pplications utomotive pplications IXN0018 High Current Dual Inline Packaged Trench MOSFET Three Phase Full Bridge as Contribution to utomotive System Integration IXN0019 High Power TrenchMOSFETs Solutions in utomotive Designs IXN0020 Power Electronic Supply for utomotive Starter Generator IXN0021 New Trench Power MOSFETs in Isolated Packages Isolation Techniques, Mounting, Soldering and Cooling IXN0071 The SMPD Package and its Mounting Instructions IXN0022 Capitalizing on the dvantages of ISOPLUS Products IXN0023 General Mounting Instructions IXN0025 ISOPLUS-The Revolution in Discrete Isolation Technique IXN0026 Combining the Features of Modules and Discretes in a New Power Semiconductor Packages IXN0028 The Revolution in Discrete Isolation Technique IXN0030 Surface Mount Soldering Recommendations for TO-263 and TO-268 case styles IXN0031 New ISOPLU247 Power Package Features 2500V Internal Isolation Revolutionary pproach Improves Thermal Conductance and Reliability Power Modules IXN0034 Recommended Use of the Integrated NTC Thermistor Temperature Sensor in IXYS Power Modules IXN0035 Mounting Instructions for _7, _E7, _8 and _E8 Module Series IXN0036 Investigations on Electromagnetic Compatibility of Power Semiconductor Modules Integrated in a Module IXN0037 Power Cycle Capability of solder contact DCB-Modules FREDs and Schottky Diodes IXN0042 Is the Lowest Forward Voltage Drop Schottky Diode lways the Best Choice? IXN0043 Input Rectifiers with Semifast Diodes for DC link. IXN0044 Characteristics and pplications of Fast Recovery Epitaxial Diodes. IXN0060 Optimized Ultra Fast Diodes for Switching pplications Power MOSFETs IXN0057 Series Operation of MOSFET and IGBT Switches IXN0061 Power MOSFET Basics IXN0062 IXYS Power MOSFET Products IXN0063 pplication note on Depletion-mode IXN0064 IXYS P-Channel MOSFET IXN0065 IXYS Power MOSFET Datasheet Parameters Definition IXN0068 Linear Power MOSFETS Basic and pplication IXN0069 Synchronous DC to DC Converter Design IGBTs IXN0063 IXN0070 IXN0072 IGBTs Drive with the IXYS XPT IGBT Discrete 600V GenX3 XPT IGBTs 160

181 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-1

182 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-2

183 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-3

184 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-4

185 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-5

186 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-6

187 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W46x W WC46* Device outline W46 is available with a slightly reduced height of 25 mm. t the time of going to press, this option only applies to two Phase Control Thyristors: N3880ZD and N6012ZD Please refer to Chippenham Factory. W W W W O-7

188 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-8

189 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-9

190 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-10

191 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-11

192 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-12

193 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-13

194 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W W W W W W O-14

195 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) W WD WD WD mm thick WD mm thick WD O-15

196 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WP WP WP WP WP WP O-16

197 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC1 - XK0450S056M WC2 - XK0450D056M WC3 - XK0450DT056M WC4 - XK0550S056M WC5 - XK0550D056M WC6 - XK0900S056M O-17

198 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC7 - XK0900D056M WC8 - XK0900DT056M WC9 - XK0600S074M WC10 - XK0600D074M WC11 - XK1000S074M WC12 - XK1000D074M O-18

199 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC13 - XK1100D076M WC14 - XK1130S076M WC15 - XK1130D076M WC16 - XK1130DT076M WC17 - XK1800S076M WC18 - XK1800D076M O-19

200 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC19 - XK1800DT076M WC20 - XK2100S076M/ML WC21 - XK2100D076M/ML WC22 - XK2140S076M/ML WC23 - XK2140D076M/ML WC24 - XK2140DT076M/ML O-20

201 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC25 - XK2700S076M WC26 - XK2700D076M WC27 - XK2700DT076M WC28 - XK2000S114M WC29 - XK2000D114M WC30 - XK2500S114M O-21

202 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC31 - XK2500D114M WC32 - XK2500S116M/ML WC33 - XK2500D116M/ML WC34 - XK3000S116M/ML WC35 - XK3000D116M/Mx WC36 - XK3500S116M/ML O-22

203 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC37 - XK3500D116M/ML WC38 - XK4000S116M/ML WC39 - XK4000D116M/ML WC40 - XK5000D128M/ML WC41 - XK7000D128M/ML WC42 - XK3060S140ML O-23

204 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC43 - XK3060D140ML WC44 - XK9000S160M/ML WC45 - XK9000D160M/ML WC46 - XK6120D180ML WC47 - XK6120S180ML WC48 - XK0450xx019M O-24

205 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC49 - XK####xx025M WC50 - XK1500B034M WC51 - XSK1500D076xxx WC52 - XSK2000D076xxx WC53 - XSK3000D076xxx WC54 - XSK3400D076xxx O-25

206 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC55 - SK3800D116Mxxx WC56 - XSK4400D116Mxxx WC57 - XSK6000D116Mxxx WC58- D WC59 - DT WC60 - DF O-26

207 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WC61 - D WC62 - DT WC63 - DF WC64 - XK1500CB034M WC65 - XK1130SB076M WC66 - XK2140SB076M O-27

208 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WH1 - G FIN WH2 - G FIN WH3 - H FIN WH4 - T FIN WH5 - TB FIN WH6 - TC FIN WH7 - LP100 WH8 - WS46 WH9 - WS30 - COPPER O-28

209 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WCL1 - LK COOLER WCL2 - LK COOLER WCL3 - LKB COOLER WCL4 - LKC COOLER WCL5 - LKD COOLER WCL6 - LKE COOLER WCL7 - LKF WCL8 - WS27 WCL9 - WS65 COOLER O-29

210 Outline drawings UK WESTCODE Dimensions in mm and inches (1 mm = ) WCL10 - WS69 COOLER WCL11 - WS70 COOLER WCL12 - WS71-1 COOLER WCL13 - WS71-2 COOLER WCL14 - WS72-1 COOLER WCL15 - WS72-2 COOLER WCL16 - XW127Exxx WCL17 - XW127ExxxB WCL18 - XW180GN25 O-30