Schottky Gen 2 Diodes

Transcription

1 Schottky Gen 2 Diodes I F = DS...I... DS...X... DS...I...N DS...IM... DS...NB DS...C... RRM F C F F JM thjc d = 0.5 T J = 125 C New C 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 20C200PB 200 2x X005a 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 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 67

2 Schottky Diodes I F = 6-2x 200 DSSS... FUS... DSS... DSSK... DSS 2x... DSS 2x Type RRM I T C I F T JM R thjc d = 0.5 T J = 125 C C 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 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

3 Schottky Diodes I F = 6-2x 100 DSS... DSSK... DSS 2x... Type RRM I T C I F T JM R thjc d = 0.5 T J = 125 C C 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 X004 X005a X010a TO-252 TO-220B ISOPLUS220 TM HiPerDyn TM FRED X011b TO-263B Series connected diodes for high switching frequencies; packages isolated (2500 RMS ) DSEP 2x C DPH...IS... DSEP/DSS C d = 0.5 typ. typ. -di/dt I F = I F T J = 25 C Type RRM I T C T J t rr I T JM R thjc New C 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 X014a X016a X016b TO-247D ISOPLUS247 TM ISOPLUS247 TM Dual Ultrafast Diodes Series connected diodes for high switching frequencies with middle connection; packages isolated (2500 RMS ) DHH/DSEE/DPF/G.. P.. X016c ISO247 TM Type RRM I T C T J t rr I T JM R thjc typ. typ. -di/dt d = 0.5 I F = I F T J = 25 C New C C ns /µs C K/W 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 X024b ISOPLUS i4-pc TM X027a SOT-227B minibloc 69

4 HiPerFRED 2TM Diodes I F = 10-2x 200 IM DPF/G/H...I*... I DPG...P... DPF/G...C... DPF...X... DPF...X... DPF...C... Type RRM I T C I FSM I F t rr I RM -di/dt T JM R thjc typ. d = C T J = 150 C T J = 25 C New C 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 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 70

5 HiPerFRED TM Diodes I F = 8-2x 120 Type RRM I F T C I FSM I F t rr I RM -di/dt T JM R thjc d = C T J = 150 C T J = typ. typ. 25 C T J = 100 C New C ns /µs C K/W DSEP 40-03S X011b DSEP 6-06S X004 DSEP 6-06BS DSEP X005b DSEP 8-06B DSEP DSEP 15-06S X011b DSEP 15-06B X005b DSEP 15-06BS X011b DSEP X005b DSEP 29-06S X011b DSEP 29-06B X005b DPG 30I600PM X007b DSEP X014b DSEP 30-06B DSEP 30-06BR X016b DSEP X014b DSEP 60-06T X019 DSEP 75-06R X016a DSEP X005b DSEP DSEP 12-12Z X011c DSEP 12-12B X005b DSEP 12-12BZ X011c DSEP X005b DSEP X014b DSEP 30-12R X016b DSEP X014b DSEP 60-12R X016b DSEC x X005a DSEC 16-06C 2x X010a DSEC 29-06C 2x DSEC x X014a DSEC 30-06B 2x DSEC 59-06BC 2x X010a DSEC x X014a DSEC 60-06B 2x DSEC x X005a DSEC 16-12S 2x X011b DSEC x X014a DSEC x DSEC K 2x X020a DSEP 2x x X027a DSEP 2x x DSEP 2x x DSEP 2x x DSEP 2x31-06B 2x DSEP 2x x DSEP 2x x DSEP 2x x DSEP 2x x DSEP 2x x DSEP 2x x DSEC x X027b DSEC x Non isolated base plate DSEP... DSEC... DSEP 2x DSEP 2x X004 TO-252 X005a X005b X007b X010a X011b X011c X014a X014b X016a/b X019 X020a X027a/b DSEC TO-220B TO-220C TO-220CFP ISOPLUS220 TM TO-263B TO-263BH TO-247D TO-247D ISOPLUS247 TM TO-268 TO-264 SOT-227B/UI minibloc 71

6 SONIC-FRD TM Diodes I F = 5-2x 60 ultrasoft and fast recovery very low temperature dependence DH 2x DHH... DHG...IM... DHG... I... DHG... C... DHG... X... Type RRM I T C I FSM I F t rr I RM -di/dt T JM R thjc T d = 0.5 J = typ. 45 C 125 C T J = 25 C New C 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 DH DH DH DHH 55-36N1F 2x X024b DH 2x x X027a DH 2x x DHG 40I4500KO X022e 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 X022e ISOPLUS264(2H) X017a TO-3P 72

7 FRED Diodes Fast Recovery Epitaxial Diodes I F = 8-2x 165 DSEI.../DFE... DSEK... DSEK... DSEI 2x DSEI 2x x x Type RRM I T C I FRMS I FSM I F t rr I RM -di/dt R thjc typ. typ. d = 0.5 T 45 C J = 150 C T J = T J = 100 C 25 C New C 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 DSEI 19-06S X011b DSEI 25-06S DSEI 36-06S DFE 30I600Q X017b DFE 30I600QM X017d DFE 25I600H X014b DSEI 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 DFE 240X600N 600 2x 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 X005b see page 72 X007b see page 72 X011b see page 72 X011c X014a see page 72 X014b see page 72 X016a X016b X017b X017d X019a ISOPLUS247 TM ISOPLUS247 TM X027a see page 72 X027d TO-263BH TO-3P TO-3PFP TO-268H SOT-227UI minibloc X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement 73

8 FRED & HiPerFRED TM Modules I F = Type RRM I T C I FRMS I FSM I F t rr I RM -di/dt R thjc P tot typ. d = C T J =125 C T J = T J = 100 C 25 C C ns /µs K/W W 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 JM = 150 C X125e X126c X126d TO-240 Y4 Y4 Diode connections for X125 (TO-240) MEE ME MEK / MPK Diode connections for X126 (Y4: 34 mm package) MEO MEE MEK ME SemiFast Diodes I F = 60 DSDI Type RRM I T C I FRMS I FSM I F t rr I RM -di/dt R thjc typ. d = C T J = 125 C T J = T J = 100 C 25 C C ns /µs K/W DSDI X014b DSDI DSDI X014b TO-247D

9 Rectifier Diodes I F = 2-30, Standard & valanche Rectifier DL...IM... DS/DS/DSI DM...E... DL...I... DSP DM...P... Type RRM I T C P RSM I FRMS I FSM F0 r F T JM R thjc R thch 45 C New C kw 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 2x X011c DM 10P1800PZ 2x D 10EM1800PZ X011c D 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 R thj 80 X201 X004 X005a X005b X010a X010b TO-252 TO-220B TO-220C ISOPLUS220 TM ISOPLUS220 TM X011c TO-263BH X011b TO-263B X011a TO-263 X016a ISOPLUS247 TM X014b TO-247D X014a TO-247D X201 X019 TO-268 X016c ISO247 TM 75

10 Rectifier Diodes I F = , Standard & valanche Rectifier DN...EM... D...EM... DM...X... D...X... DS/DS/DSI DM...E... DL...I... DSI 2x... D/M...X... DSIK DSP D\M...P... Type RRM I T C P RSM I FRMS I FSM F0 r F T JM R thjc R thch 45 C New C kw mω C K/W K/W DM 30IM1600PZ X011c DM 30E1800H X014b DM 30P1200HB 2x X014a DM 30P1600HB 2x 1600 DM 30P1600HR 2x X016c DN 30ER2200IY X008b DN 30E2200P X005b DN 30E2200PZ 0.25 X011c DN 30EM2200PZ DN 30E2200FE X024e DL 40IM800PC X011b DSI X014b DSI DSI DSP x X014a DSP 45-12Z 0.15 X019a DSP x X014a DSP 45-16Z 0.15 X019a DSP x X014a DSI 45-16R X016b DSIK 45-16R x 45 X016a DSP 45-16R 2x DM 50P1200HR 2x X016c DM 50P1200HB 2x X014a DM 50P1600HB 2x 1600 DL 60I1200H X014b DSI 2x x X027a DSI 2x DM 150E1600N DM 200X1600N x DM 200X1600N D 200X1800N D 200X1800N X005b X008b TO-262 (I 2 -PK) X011b X011c X014a X014b TO-220C TO-263B TO-263BH TO-247D TO-247D X016c ISO247 TM X016b ISOPLUS247 TM X016a ISOPLUS247 TM X027a SOT-227B minibloc X024e ISOPLUS i4-pc TM X019a TO-268H 76

11 Rectifier Diodes I F = 3-110, Standard Diodes (DS..), valanche Diodes (DS..) DSI/DSI.. DS/DS.. Type RRM I T C P RSM I FRMS I FSM F0 r F T JM R thjc R thch 45 C Ø New C kw 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 X200 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 T = X209 TO-208C (TO-48) DRM T C = 45 C Type RRM I T I T(RMS) I TSM (dv/dt) cr T0 r T T JM R thjc R thch 85 C /µs 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 X210 TO-208C (TO-65) 77

12 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 T = 5-30 CLB... CS.../CL/M...E/I... DRM 45 C Type RRM I T C I T(RMS) I TSM (dv/dt) cr T0 r T T JM R thjc R thch New C /µs 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 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-263BH 78

13 Thyristors, SCRs (SCR = Silicon Controlled Rectifier) Phase Control Thyristors I T = CLB... CS.../CL/M...E/I... CL/CM...P... DRM 45 C Type RRM I T C I T(RMS) I TSM (dv/dt) cr T0 r T T JM R thjc R thch New C /µs mw C K/W K/W CM 30P1600FC 2x X024a CL 40E1200NPZ X011c CL 40E1200HR X016c CLB 40I1200PZ X011c CL 40P1200FC 2x 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 X005a X011b X011c X014a X015a X016a X016c TO-220B TO-263B TO-263BH TO-247D PLUS247 ISOPLUS247 TM ISO247 TM Triode - Reverse Conducting Thyristor Type RRM vrms I T C I TSM T0 r T T JM R thjc R thch 45 C Ø New C mw C K/W K/W Ø CL 20EF1200PB X005a X017a TO-3P X024a ISOPLUS i4-pc TM X020a TO-264 X019a TO-268H X019 TO

14 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 ( k 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. 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. 1: Principal cross section of an IXYS module with DCB technology 80

15 Diode Modules, Dual I F = C Type RRM I F T C I FSM F0 r F T JM R thjc R thch New C 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 X125e MDD... MDM/N...P... TO

16 Diode Modules, Dual I F = MD... MDD... MDM/N...P C Type RRM I F T C I FSM F0 r F T JM R thjc R thch New C 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 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 MDN 180P2200YD 2200 MDD N MDD N MDD N MDD N MDD N MDM 210P1600YD MDN 210P2200YD MDD N MDD N MDD N MDD N MDD N X131c MDD N MDM 200P1600S X141c X125e X126c X131c X141c TO-240 Y4 Y1 SimBus 82

17 Diode Modules, Single and Dual I F = MDO... MDD... MDM/N...P C Type RRM I F T C I FSM F0 r F T JM R thjc R thch New C mw C K/W K/W MDD N X131c MDD N MDD N MDD N MDD N MDD N MDM 280P1600YD X126c MDN 280P2200YD 2200 MDM 300P1600PTSF X143a MDN 300P2200PTSF 2200 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 MDM 425P1600PTSF X143a MDN 425P2200PTSF 2200 MDO N X132b MDO N MDO N MDO N MDO N MDO N MDO N MDM 600P1600PTSF X143a MDN 600P2200PTSF 2200 MDM 700P1600CC X142c MDM 700P1800CC 1800 MDN 700P2200CC 2200 For more single and dual diode modules with higher current, please see pages X129c X131c X132b X142c X126c X143a Y4 Y2 Y1 Y1 ComPack SimBus F PFP See data sheet for pin arrangement 83

18 Thyristor / Diode Modules I T = MCD...io1 MCM/N..PD.. MCD...io8/...io6 CL/CM..PD.. DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C 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 SOT-227B minibloc TO-240 TO

19 Thyristor / Diode Modules I T = MCD...io1 MCM/N..PD.. MCD...io8 CL..PD.. DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C 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 X126b X027a X125b X125d SOT-227B minibloc TO-240 TO-240 Y4 85

20 Thyristor / Diode Modules I T = DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C 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 X131b MCD io MCD io MCD io MCD io MCD io MCN 250PD2200PTSF X143a MCD io X131b MCD io MCD io MCD io MCM 260PD1600YB X126b MCM 260PD1800YB 1800 MCM 265PD1600KB X131b MCM 265PD1800KB 1800 MCM 280PD1600PTSF X143a 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 360PD2200PTSF X143a MCM 400PD1600PTSF MCN 500PD2200PTSF MCM 550PD1600PTSF MCN 650PD2200CB X142a MCM 700PD1600CB MCM 700PD1800CB 1800 For more thyristor / diode modules with higher current, please see pages 147, 148 and 151 X126b X129b X131b X141b X142a X143a MCD...io1 MCM/N..PD.. Y4 Y2 Y1 SimBus ComPack SimBus F PFP See data sheet for pin arrangement 86

21 Thyristor Modules, Dual I T = MCC...io1B MCM/N..P.. MCC...io8B DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C 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 X125a X125c TO-240 TO

22 Thyristor Modules, Dual I T = MCC...io1B MCM/N..P.. MCC...io8B DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C 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 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 110P 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 X125a X126a X125c X103 TO-240 TO Pack Y4 88

23 Thyristor Modules, Dual I T = MCK... MCC...io1B MCM/N..P.. DRM 45 C Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch New C mw C K/W K/W MCN 150P2200Y X126a MCC io MCC io MCC io MCC io MCC io MCC io MCC io MCN 180P2200Y MCM 200P1600S X141a MCC io X126a MCC io MCC io MCK io MCN 220P2200Y MCC io X131a MCC io MCC io MCC io MCC io MCC io MCC io MCN 250P2200PTSF X143a MCC io X131a MCC io MCC io MCC io MCM 260P1600Y X126a MCM 260P1800Y 1800 MCM 265P1600K X131a MCM 265P1800K 1800 MCM 280P1600PTSF X143a MCC io X129a MCC io MCC io MCC io MCC io MCC io X131a MCC io MCC io MCC io MCN 360P2200PTSF X143a MCM 400P1600PTSF MCN 500P2200PTSF MCM 550P1600PTSF MCN 650P2200C X142a MCM 700P1600C MCM 700P1800C 1800 MCM 700P1600NC MCM 700P1800NC 1800 For more dual thyristor modules with higher current, please see pages 145 and 151 X129a X131a X141a X142a X126a X143a Y4 Y2 Y1 SimBus ComPack SimBus F PFP See data sheet for pin arrangement 89

24 Thyristor Modules, Single I T = CO... MCO Type RRM I T T C I T(RMS) I TSM T0 r T T JM R thjc R thch DRM 45 C New C 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 CO io X102 CO io CO io CO io For more single thyristor modules with higher current, please see page 137. X027a SOT-227B minibloc X102 ECO-PC 2 See data sheet for pin arrangement X132a Y1 90

25 Optional ccessories for Thyristor / Diode Modules For module types MCC/MCD/MCO/MCM/MCN 132, 161 up to 700 (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-type TO-240 package MCC/MCD/ MCM/MCN 19 up to120 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 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 JM 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 () 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. - T0 + 2 T0 + 4 k 2 r T P T JM - T C T JM - T I T = where P = or P = 2 k 2 r T R thjc R thj I T [], P [W]; T0 []; r T [W], T JM [ 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 T is higher than I T(RMS) / k, replace it by I T = I T(RMS) / k. 91

26 Rectifier Bridges with Fast Diodes 1-phase, B2U Type ² under development Ø New RRM I T C C I FSM 45 C BE 17-06NO X101 F0 r F mw T JM C R thjc K/W R thch BE 17-12NO BE 20-20NO X103 BE 26-06NO X101 BE 26-12NO BE 55-06NO BE 55-12NO BE X027a BE Ø DHG 40B1200LB X030a Ø DHG 50B1200LB Ø DPG 60B600LB FBE 22-06N X024a BE NO X102 BE NO DCG 20B650LB * X030a ² DCG 20B1200LB * FBS 10-12SC * X024a * SiC-Diodes K/W 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 UE 50-12NO X103 UE 30-20NO UE 22-06NO X101 UE 22-12NO UE 35-06NO UE 35-12NO UE 75-06NO UE 75-12NO FUE 30-12N X024a UE NO X102 UE NO See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X 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 DE 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 BE (single phase bridge) or UE (three phase bridge). However these are more expensive but may be necessary in some applications to fulfill the DE 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 92

27 1~ Rectifier Bridges 1~ Rectifier Bridges with valanche Diodes, B2U Type RRM vrms I T C I FSM 45 C C mw C K/W K/W kw BO 13-12O X115 BO 13-16O BO 20-12O BO 20-16O BO 25-12O BO 25-16O F0 r F T JM 1~ Rectifier Bridges with Standard Diodes, B2U BO 13-08NO X115 BO 13-12NO BO 13-16NO FBO 16-12N X024a BO 20-08NO X115 BO 20-12NO BO 20-16NO BO 21-08NO X101 BO 21-12NO BO 22-08NO X116b BO 22-12NO BO 22-16NO BO 22-18NO GBO 25-12NO X025a GBO 25-16NO BO 25-08NO X115 BO 25-12NO BO 25-16NO BO 30-08NO X119b BO 30-12NO BO 30-16NO BO 30-18NO BO 36-08NO X116b BO 36-12NO BO 36-16NO BO 36-18NO FBO 40-12N X024a BO 40-08NO X027a BO 40-12NO BO 40-16NO BO 50-08NO X120b BO 50-12NO BO 50-16NO BO 50-18NO BO 52-08NO X122b BO 52-12NO BO 52-16NO BO 52-18NO BO 54-08NO X101 BO 54-12NO BO 54-16NO BO 68-08NO X101 BO 68-12NO BO 68-16NO BO 72-08NO X122b BO 72-12NO BO 72-16NO BO 72-18NO R thjc R thjh P RSM 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 93

28 1~ Rectifier Bridges 1~ Rectifier Bridges with Standard Diodes, B2U Type RRM vrms I T C I FSM 45 C Ø New C mw C K/W K/W BO 78-08NO X102 BO 78-12NO BO 78-16NO BO 88-08NO BO 88-12NO BO 88-16NO Ø DL 100B800LB X030a Ø DL 100B1200LB 1200 BO NO X121b BO NO BO NO BO NO BO NO BO NO BO NO X123e BO NO BO NO BO NO BO NO BO NO BO NO BO NO F0 r F T JM R thjc R thjh X030a SMPD-B X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement GO HF HFD Type RRM vrms I T H I TSM T0 r T T JM R thjc R thjh, 45 C C mw C K/W K/W 1~ Half Controlled Rectifier Bridges with free wheeling diode, B2HKF HF 15-08io X117a HF 15-12io HF 15-14io HF 15-16io HF 25-08io T C = X101 HF 25-12io C HF 28-08io X117a HF 28-12io HF 28-14io HF 28-16io HF 36-08io HF 36-12io HF 36-14io HF 36-16io HFD 16-08io X103 HFD 16-12io HFD 16-16io HFD 29-08io HFD 29-12io HFD 29-16io HFD 37-08io HFD 37-12io HFD 37-16io X103 X117a X121b X123e 1--Pack FO-F- PWS-C PWS-E 1~ Half Controlled Rectifier Bridge, B2HZ GO 36-16io X101 94

29 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New RRM vrms I T C C I FSM 45 C F0 r F mw T JM C R thjc K/W R thjh K/W FUO 22-12N X024a FUO 22-16N X024a ISOPLUS i4-pc TM UO 25-08NO X116a UO 25-12NO UO 25-14NO UO 25-16NO UO 25-18NO UO 28-08NO X101 UO 28-12NO UO 36-08NO X116a UO 36-12NO UO 36-14NO UO 36-16NO X101 ECO-PC 1 UO 36-18NO UO 34-08NO X103 UO 34-12NO UO 34-14NO UO 34-16NO UO 34-18NO UO 30-08NO X117b UO 30-12NO X103 UO 30-14NO UO 30-16NO UO 30-18NO UO 35-08NO X119a UO 35-12NO UO 35-14NO UO 35-16NO UO 35-18NO GUO 40-08NO X025b GUO 40-12NO GUO 40-16NO Ø DM 40U1800GU Ø DN 40U2200GU FUO 50-16N X024a UO 52-08NO X103 UO 52-12NO UO 52-14NO UO 52-16NO UO 52-18NO UO 52-20NO UO 52-22NO UO 50-08NO X117b UO 50-12NO UO 50-14NO UO 50-16NO UO 50-18NO UO 55-12NO X120a UO 55-14NO UO 55-16NO UO 55-18NO X025b See data sheet for pin arrangement X116a X117b X119a X120a GUFP 1--Pack FO-B FO-F-B PWS- PWS-B 95

30 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New RRM vrms I T C C I FSM 45 C 10 ms UO 60-12NO X117b X030a UO 60-14NO UO 60-16NO UO 60-18NO UO 62-08NO X122a UO 62-12NO UO 62-14NO UO 62-16NO UO 62-18NO UO 64-16NO X122c UO 68-08NO X101 UO 68-12NO UO 68-14NO UO 68-16NO UO 70-16NO X118d UO 80-08NO X103 UO 80-12NO UO 80-14NO UO 80-16NO UO 80-18NO UO 82-08NO X122a UO 82-12NO UO 82-14NO UO 82-16NO UO 82-18NO UO 84-16NO X122c UO 86-08NO X101 UO 86-12NO UO 86-14NO UO 86-16NO Ø DM 90U1800LB X030a DN 90U2200LB UO 98-08NO X102 UO 98-12NO UO 98-14NO UO 98-16NO UO NO X121a UO NO UO NO UO NO F0 r F mw T JM C R thjc K/W R thjh K/W X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X103 X117b X118d X121a X122a X122c SMPD-B 1--Pack FO-F-B FO-T- PWS-C PWS-D PWS-D Flat 96

31 3~ Rectifier Bridges 3~ Rectifier Bridges with Standard Diodes, B6U Type Not for new design Ø New RRM DM/N...Y... DM/N...YC... UO NO X123c UO NO X027a UO NO UO NO UO NO UO NO2T X104 UO NO2T UO NO X112 UO NO X102 UO NO UO NO UO NO UO NO X121a UO NO UO NO UO NO vrms I T C C I FSM 45 C Ø DN 90Y2200N X027a Ø DN 90YC2200N DM 150Y1600N X104 DM 150YC1600N UO NO X123c UO NO UO NO UO NO UO NO UO NO X123h X112 UO NO X123c UO NO UO NO UO NO UO NO UO NO X123h Ø MDN 240U2200ED X112 X113 Ø MDM 450U1600PTEH X113 Ø MDM 660U1600PTEH Ø MDN 660U2200PTEH Ø MDM 900U1600PTEH F0 r F mw T JM C R thjc K/W R thjh K/W UO.. DM/N..U.. MDM/N..U.. SOT-227B minibloc X102 ECO-PC 2 See data sheet for pin arrangement 2-Pack E2-Pack E3-Pack X123h PWS-E Flat X123c PWS-E X121a PWS-C 97

32 3~ Rectifier Bridges NTC 3~ Rectifier Bridges with IGBT and Fast Diode for Brake Unit Type Rectifier IGBT Fast Diode Ø New RRM I T C C UB 72-12NOXT X103 UB 72-16NOXT 1600 CES I C80 RRM I F() t rr ns X027a SOT-227B minibloc UI 72-16NOXT UB NOXT X112 UB NOX X104 UB NOXT UB NO tbd X112 UB NOXT UB NOX X104 UB 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 X Pack 2-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 RRM I T C C ZB ioX X104 MCN 120UI2200TED X112 CES I C80 RRM ZB ioXT ZB ioXT MCM 240UI1600ED Ø MCM 240UI1600PED Ø MCM 245UI1600ED I F() t rr ns X123c X123h PWS-E PWS-E Flat 98

33 3~ Rectifier Bridges...UC... UC Z ZF...UJ... TO Type RRM vrms I T H I FSM/TSM T0 r T T JM R thjc R thjh, 45 C C mw C K/W K/W 3~ Rectifier Bridges with Fast Diodes (t rr = 1.5 ms) & Integrated Softstart Thyristor UC 36-12go Dio X105a Thy UC 36-16go Dio Thy MDM 60UC1600C Dio X105c Thy X101 ECO-PC 1 See data sheet for pin arrangement, Type RRM vrms I T H I FSM/TSM T0 r T T JM R thjc R thjh 45 C X105a 1-B-Pack C mw C K/W K/W 3~ Half Controlled Rectifier Bridges, B6HK Z 39-08ho X101 Z 39-12ho Z 40-12io X105a Z 40-16io Z io X123b Z io Z io X105c 1-B-Pack 3~ Half Controlled Rectifier Bridges with free wheeling diode, B6HKF MCM 120UJ1800ED X112 ZF 70-16io X118c 3~ Full Controlled Rectifier Bridges, B6C TO 39-08ho X101 TO 39-12ho X123b PWS-E X118c FO-T- X112 E2-Pack 99

34 C Controller 1~ / 2~ / 3~ I RMS = MMO/CL..MB.. W 2x.. WO 1~ 2~ 3~ Type RRM vrms I T C I TSM T0 r T T JM R thjc R thjh 45 C Ø New C 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 X102 MMO io W 2x60-12io x X103 W 2x60-14io W 2x60-16io WO 35-08ho x X101 WO 35-12ho X027a X101 ECO-PC 1 See data sheet for pin arrangement X102 ECO-PC 2 See data sheet for pin arrangement X103 SOT-227B minibloc 1--Pack TRIC 1~ I RMS = MT... X104 2-Pack 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 X132a X016c Y1-2-Cu ISO247 X005a TO-220B X011c TO-263BH X014a TO-247D X019a TO-268H 100

35 1~ / 3~ High oltage Rectifier Modules UGE UGB UGD Type RRM I d / I FSM, 45 C F0 r F mw T JM 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 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 ~ GF 0136 H GF 0136 B GB 0124 Y7 Type vrms typ. d typ. I dm typ. I dm max. RRM max. I FSM max. I 2 t max. 2 s GB 0124Y7a X254 GF 0136B X255 X254 G- X255 G-B 101

36 Break-Over Diodes ersion R ersion RD BO I BO I H H I D I M I SM dv/dt R thj T Type J = 25 C T K T = K -1 J = 25 C T J = 125 C Tamb = 50 C D = 0.8 BO m m µ /µs K/W 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 J = C Break-Over-Diodes Sets We deliver also: - Special selection of more than 2 pcs IXBOD1-... for every break down voltage of BO > Example type designation 102 IXBOD Set S05/00 BO = 4700 ±100 (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

37 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 BO -- BO (T J ) = BO, 25 C [1 + K T (T J - 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 ersion R ersion RD Type BO I BO I H H I D I M I SM dv/dt R thj T J = 25 C T K T = K -1 J = 25 C T J = 125 C Tamb = 50 C D = 0.8 BO Ø New m m µ /µs K/W IXBOD > X201 IXBOD IXBOD IXBOD ±10% 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 X201 X202 FP-Case (oil proof) BOD-Package 103

38 Fast Break-Over Diodes ersion R ersion RD Type BO I BO I H H I D I M I SM dv/dt R thj T J = 25 C T K T = K -1 J = 25 C T J = 125 C Tamb = 50 C D = 0.8 BO Ø New m m µ /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 BOD-Package Leads soldered on PCB board, T stg and T J = C 104