Table of Contents. Rutronik Product Portfolio Passive Components Linecard Capacitors

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2 Table of Contents Rutronik Product Portfolio Passive Components Linecard Capacitors Aluminium Electrolytic Capacitors Quick Guide SMD Axial Radial High Temperature & Solid Aluminium Power Supercaps / Ultracaps Polymer Electrolytic Capacitors Film Capacitors Radial Standard Radial Miniaturized Radial Pulse Radial Precision Axial Precision Axial Standard Radial Interference Suppression SMD Motor & Power Ceramic Capacitors Quick Guide Ceramic Capacitors /Quick Guide MLCC / 47 Comparison of different versions MLCC HiCaps / Advanced, Leadframe and stacked MLCC MLCC crack & short circuit protection Small Sizes / Multilayer Chip Arrays High Voltage MLC: 250V 5kV / Safety & Suppression; X - Y - Cap High Frequency /RF Microwave Chips / Low Inductance Chips Feedthru & X2Y Chips / High Temperature. 150 C Detailed Ranges: Multilayer Chip / Multilayer Chip Array Multilayer Leaded / Multilayer Advanced Single Layer (Disc) / Suppression (Safety) Tantalum & Niobium Oxide Capacitors Tantalum Chip Standard Chip Low ESR Chip High Reliability Chip Microchip Leaded Standard Niobium Oxide Chip Standard Chip Low ESR & Multianode RUTRONIK Semiconductors, Passive and Electromechanical Components

3 Resistors Fixed Resistors Chip Resistors Thinfilm Technology Thickfilm Technology Trimmable Chip Resistors MELF Resistors Chip Arrays Shunt Resistors Leaded Fixed Resistors Metal Film Metal Oxide Carbon Film Wirewound Carbon Composition Arrays Nonlinear Resistors VDR Voltage Dependent Resistors NTC Negative Temperature Coefficient PTC Positive Temperature Coefficient Variable Resistors Trimmer Potentiometer Inductors & Piezoceramic Chokes Overview Leaded RF Chokes radial Leaded RF Chokes axial SMT RF Chokes Storage Chokes Power Chokes (SMT) CAN Bus Chokes Common Mode Chokes Transformers Overview PCB Transformers (EE, EI, UI Core) Toroidal Transformer Resonators SMT, with Capacitors SMT, without Capacitors THT, with Capacitors THT, without Capacitors Piezo-Buzzer Ceramic Filter EMI Filter Chip Ferrite Beads Terminal-Capacitor / T-Type-Filter Rutronik s manufacturers reserve the right to make corrections, modifications, enhancements, improvements, and other changes to their products at any time and to discontinue any product without notice. Customers should obtain the latest relevant information before placing orders and should verify that such information is current and complete. All products are sold subject to the Rutronik s general terms and conditions of sale. RUTRONIK Semiconductors, Passive and Electromechanical Components 3

4 Rutronik Product Portfolio Excellent Range Benefit from advantages of a strong partner Semiconductors Discrete Components AC Switches Diodes Transistors Analog ICs Amplifiers & Linear ICs Data Converters Multimedia ICs Smart Power Products Power Supply ICs Sensors Wireless ICs Digital ICs MCUs Memories Peripheral ICs Special Functions Passive Components Capacitors Electrolytic Capacitors Ceramic Capacitors Film Capacitors Tantalum & Niobium Capacitors Resistors Fixed Resistors Non-Linear Resistors Variable Resistors Inductors, Ferrites, Piezoelectronic Components Chokes Transformers Ferrites Resonators Filters Buzzers Crystals, Oscillators & RTCs Electromechanical Components Batteries Lithium Ion, Lithium Polymer Nickel Cadmium, Nickel Metal Hydride Lead Acid, Lithium Primary, Alkaline Primary Battery Packs Battery Holders Relays Signal, HF, Power, Automotive, Security, Photomos & Solid State Relays Reed Relays, Timer Relays Proximity, Tilt & Tip-Over Switches Switches Automotive, Tact, DIP, Slide, Pushbutton, Encoder, Toggle, Navigation, Industrial, Rocker, Rotary, Micro Switches Keyboards, Keypads OptoComponents LEDs 7-Segment Couplers Laser Other IRs Fuses Fuses 5x20 & 6.3x32 Subminiature Fuses, SMT-Fuses Resettable Fuses, Pico Fuses Fuse Holders Thermal Management AC/ DC Fans, CPU Cooler, Blower Heatsinks, Heatfoils, Heatpads Connector & Cable Systems Rectangular Connectors Circular Connectors Cable & Cable Assemblies

5 Storage Technologies DISCOMP Storage Products Memory Modules Memory Cards Flash Drives Hard Disc Drives Floppy Drives CD Drives DVD Drives Motherboards Displays & Embedded Boards Digital TFT Panels Smart Panels incl. Controller Special TFT Applications Character/Graphic Controller Embedded Computers Industrial Motherboards Touch-Screen Panels & Controller Display Accessories Passive LC-Displays Further available technologies Wireless Technologies Bluetooth GSM/GPRS/UMTS GPS ISM/SRD radio RFID ZigBee TM WLAN Accessories

6 Passive Components [KSS] Potentiometers & Switch Inductive Electronic com 6

7 Passive Components Passive Components 3L Arcotronics / Kemet ASJ AVX Blinzinger Chilisin EPSON Toyocom Frontier General Electr. (Thermom.) Hipot HKC ISKRA Jamicon Joyin Kamaya Keko VARICON Kemet / Evox-Rifa KOA Korchip Krah-RWI Kyocera (AVX) Littelfuse Marschner MURATA NEC / TOKIN Nesscap Panasonic Projects Unlimited Pulse Radiohm Richey Ricon Rohm Rubycon Samsung (Electromechanics) Samwha SMI Taitronic Talema TDK TT electronics TXC Vishay Vitrohm Vogt Wah Hing WIMA Yageo/Phycomp Capacitors Electrolytic Capacitors SMD Capacitors Power Capacitors Leaded Capacitors (axial/radial) Supercaps (EDLC) Ceramic Capacitors Multilayer Chip Capacitors Multilayer Leaded Capacitors Singlelayer Leaded Trimmer Capacitors Film Capacitors SMD Capacitors Leaded Capacitors Interference Suppression Motor & Power Tantalum & Niobium Capacitors SMD Capacitors Leaded Capacitors Resistors Fixed Resistors SMD Resistors Leaded Resistors Non-Linear Resistors PTC Thermistors NTC Thermistors VDR Varistors Variable Resistors Potentiometers Trimmers Inductors, Ferrites & Piezoelectronic Components Chokes RF Chokes SMT Power Chokes Storage Chokes PFC Chokes Common Mode Chokes Transformers Power Transformers PCB Transformers Toroidal Transformers Telecom & Datacom Transformers RJ45 Datacom Transformers Ferrites Cores & Bobbins Ferrite Beads Clamp Ferrites Cable Ferrites Bead Cores Toroidal Cores for EMI Resonators SMD Resonators Leaded Resonators Filters Ceramic Filters SAW Filters EMI Filters Buzzers Crystals, Oscillators, RTCs The Line Card is only a short extract of RUTRONIKs product spectrum. Please note, there could be some limitations for some franchised product lines in several European countries. For more information, please contact our sales team. 7

8 Aluminium Electrolytic Capacitors Technology range: Voltage With a complete range fitting in every application pf 1 nf 1 μf 1 mf 1 F Capacity SMD Capacitors...10/11 85 C General Purpose, Type CR 105 C General Purpose, Type HCR 105 C Low Impedance, Type HCRL 105 C Polymer Standard, Type HCRP 125 C Polymer, High Temp., Type HHCRP 125 C Polymer, Multilayer, Type HHCRP Axial Capacitors C General Purpose, Type AA 105 C General Purpose, Type HFA 125 C High Temperature, Type HHEA Radial Capacitors C General Purpose, Type SE 105 C General Purpose, Type HFR 85 C Hight 5 mm, Type B 85 C Hight 7 mm, Type SEM 105 C Hight 5 / 7 mm, Type HSEM 85 C Non-polarized, Type NC 105 C Non-polarized, Type HNC 85 C Low leakage current, Type LCL 105 C Low leakage current, Type HLCL 105 C Low impedance, Type PSRX 105 C Lamp Ballast, Type HFRLP 125 C High Temperature Radial, 150 C Type HHER Solid Aluminium Capacitors C Radial, Axial, SMD, Type SAL Power Capacitors C Snap In, Type TR 105 C Snap In, Type HTR 85 C Printed Wiring, Type LS 105 C Printed Wiring, Type HLS 85 C Screw Terminal, Type SBC 105 C Screw Terminal, Type HSBC Supercaps / Ultracaps /85 C, Type SUP RADIAL 70/85 C, Type SUP SMD 70 C, Type SUP RADIAL Polymer Electrolytic Capacitors...21 PMLCap PC-CON NEW Technology 8

9 Aluminium Electrolytic Capacitors Quick Guide STYLE RUTRONIK Application Useful Life Temp. Range Tolerance [ h ] * SMD 85 C CR General purpose to +85 C ±20% 105 C HCR General purpose to +105 C ±20% HCRL Low Impedance to +105 C ±20% HCRP Polymer to +105 C ±20% 125 C HHCR High Temp to +125 C ±20% AXIAL 85 C AA General purpose to +85 C 10%+50% (±20%) 105 C HFA General purpose to +105 C 10%+50% (±20%) 125 C HHEA High Temp to +125 C 10%+50% (±20%) RADIAL 85 C SE General purpose to +85 C ±20% SEM 7 mm hight to +85 C ±20% B 5 mm hight to +85 C ±20% LCL Low Leakage to +85 C ±20% NC Non-Polarized to +85 C ±20% 105 C HFR General purpose to +105 C ±20% HSEM 5 mm / 7 mm 105 C to +105 C ±20% PSRX Low ESR to +105 C ±20% HLCL Low Leakage to +105 C ±20% HNC Non-Polarized to +105 C ±20% 105 C HFRLP Ballast to +150 C ±20% 125 C HHER High Temp to +125 C ±20% SAL 175 C SAL Solid Al, High Temp. Radial to +175 C ±20% 175 C SAL Solid Al, High Temp. Axial to +175 C ±20% 175 C SAL SMD to +175 C ±20% SNAP IN 85 C TR General purpose to +85 C ±20% 105 C HTR General purpose to +105 C ±20% PRINTED WIRING 85 C LS Printed Wiring to +85 C ±20% 105 C HLS Printed Wiring to +105 C ±20% SCREW TERMINAL 85 C SBC General purpose to +85 C 10+30% (±20%) 105 C HSBC General purpose to +105 C 10+30% (±20%) SUPERCAPS 70/85 C SUP horizontal & vertical cycles 40 to +85 C ±20% (loading & discharging) * dependent on case-size 9

10 Aluminium Electrolytic Capacitors SMD Capacitors Type 85 C General Purpose 105 C General purpose 105 C Low Impedance RUTRONIK CR HCR HCRL Applications for high mounting density, telecommunications, general industrial, automotive, portable and lightweight equipment 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 80 V 100 V 0,1 μf x x x 0,22 μf x x 0,33 μf x x 0,47 μf x x 1 μf x x x x x 1,5 μf x 2,2 μf x x x x x x 3,3 μf x x x x x x x x x x 4,7 μf x x x x x x x x x x x x x x 6,8 μf x x x x 10 μf x x x x x x x x x x x x x x x x x x x 15 μf x x 18 μf x x 22 μf x x x x x x x x x x x x x x x x x x x x x x x x x x 27 μf x 33 μf x x x x x x x x x x x x x x x x x x x x x x x x 47 μf x x x x x x x x x x x x x x x x x x x x x x x x x 68 μf x x x x x x x x x x 82 μf x 100 μf x x x x x x x x x x x x x x x x x x x x x x x x x 120 μf x 150 μf x x x x x x x x x x x 180 μf x 220 μf x x x x x x x x x x x x x x x x x x x x x x 330 μf x x x x x x x x x x x x x x x x x x x 390 μf x 470 μf x x x x x x x x x x x x x x x x 680 μf x x x x x x x x 1000 μf x x x x x x x x x 1500 μf x x x x x 2200 μf x x 3300 μf x x x 4700 μf x x 6800 μf x x μf x QUICK REFERENCE DATA Capacitance range 0,1 to μf 0,1 to 1500 μf 1 to 6800 μf Voltage range 4 to 100V dc 4 to 100V dc 6,3 to 100V dc Temperature range -40 to +85 C -55 (-40) to +105 C -40 to +105 C Usefull life 2000 hours hours hours Tolerance 20% 20% 20% Prefered Packing Taped on reel available 10

11 Aluminium Electrolytic Capacitors SMD Capacitors Type 105 C Polymer Standard 125 C Polymer High Temp. 125 C Polymer Multilayer Rutronik HCRP HHCRP Applications for high mounting density, telecommunications, general industrial, automotive, portable and lightweight equipment 2 V 2,5 V 4 V 6.3 V 8 V 10 V 12,5 V 16 V 20 V 25 V 2 V 2,5V 4V 6,3V 8V 16V 25 V 35V 50V 63V 0,22 μf x x 0,33 μf x x 0,47 μf x x x 0,68 μf x x x x 1 μf x x x x x 1,5 μf x x x x x 2,2 μf x x x x x x 3,3 μf x x x x x x 4,7 μf x x x x x x x x 6,8 μf x x x x x x x x 8,2 μf x x 10 μf x x x x x x x x x 15 μf x x x x x x x x 22 μf x x x x x x x x x x 27 μf x 33 μf x x x x x x x x x x 39 μf x x 47 μf x x x x x x x x 56 μf x x x x x x 68 μf x x x x x x x 82 μf x x x x x x 100 μf x x x x x x x x x 120 μf x x x x x x x x x 150 μf x x x x x x x x x x x 180 μf x x x x x x x x x 220 μf x x x x x x x 270 μf x x x x x x 330 μf x x x x x x x x 390 μf x x 470 μf x x 560 μf x x 680 μf x x 820 μf x 1000 μf 1200 μf x 1500 μf x 2700 μf QUICK REFERENCE DATA Capacitance range 2,2 to 2700 μf 0,22 to 330 μf 0,22 to 47μF Voltage range 2 to 25V dc 4 to 63 Vdc 16V to 63 V Temperature range -55 to +105 C -55 to +125 C -55 to +125 C Usefull life 1000 hours 1000 hours 1000 hours Tolerance 20% 20% 20% Prefered Packing Taped on reel Taped on reel Taped on reel available 11

12 Aluminium Electrolytic Capacitors Axial Capacitors Type 85 C General purpose 105 C General purpose 125 C High temp. RUTRONIK AA HFA HHEA Applications General Purpose, automotive, audio-video, low mounting height boards, vibration and shock resistant 6,3 V 10 V 16 V 25 V 40 V 63 V 100 V 160 V 250 V 350 V 400 V 450 V 6,3 V 10 V 16 V 25 V 40 V 50 V 63 V 100 V 450 V 6,3 V 10 V 16 V 25 V 40 V 63 V 100 V 200 V 0,1 μf 0,15 μf 0,22 μf 0,33 μf 0,47 μf 0,68 μf 1 μf 1,5 μf 2,2 μf 3,3 μf 4,7 μf 6,8 μf 10 μf 15 μf 22 μf 33 μf 47 μf 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 680 μf 1000 μf 1500 μf 2200 μf 3300 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 0,47 to μf 1 to μf 1 to μf Voltage range 6,3 to 450 Vdc 6,3 to 450 Vdc 6,3 to 200 Vdc Temperature range 40 to +85 C 40 to +105 C 40 to +125 C Useful life hours hours hours Tolerance 10%+50% (±20%) 10%+50% (±20%) 10%+50% (±20%) Preferred Packing Taped on reel 12

13 Aluminium Electrolytic Capacitors Radial Capacitors General Purpose Type 85 C General Purpose 105 C General Purpose 105 C Lamp ballast RUTRONIK SE HFR HFRLB Applications General purp., industr., automotive & audio-video General purp., industrial, automotive & telecom. ballast 6,3 V 10 V 16 V 25 V 35 V 40 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 500 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 500 V 160 V 200 V 250 V 350 V 400 V 450 V 0,1 μf x x x 0,15 μf x x x 0,22 μf x x x 0,33 μf x x x 0,47 μf x x x x x x x x x x x x x x x x x x 0,68 μf x x x x x x x x x x x x x x 1 μf x x x x x x x x x x x x x x x x x x x x 1,5 μf x x x x x x x x x x x x x x x x x x 2,2 μf x x x x x x x x x x x x x x x x x x x x x 3,3 μf x x x x x x x x x x x x x x x x x x x x x x 4,7 μf x x x x x x x x x x x x x x x x x x x x x x x x x 6,8 μf x x x x x x x x x x x x x x x x x x x x 10 μf x x x x x x x x x x x x x x x x x x x x x x x x x x 15 μf x x x x x x x x x x x x x x x x x x x 22 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x 33 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x 47 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x 68 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x 100 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x 150 μf x x x x x x x x x x x x x x x x x x x x x x x x x x x x 220 μf x x x x x x x x x x x x x x x x x x x x x x x x x 330 μf x x x x x x x x x x x x x x x x x x x x x x 470 μf x x x x x x x x x x x x x x x x x x x x x 680 μf x x x x x x x x x x x x x x x x x x 1000 μf x x x x x x x x x x x x x x x x x 1500 μf x x x x x x x x x x x x x x x x 2200 μf x x x x x x x x x x x x x x x x 3300 μf x x x x x x x x x x x x x x 4700 μf x x x x x x x x x x x x x 5600 μf 6800 μf x x x x x x x x x x 8200 μf μf x x x x x x x μf μf x x x x x x μf μf x x x x QUICK REFERENCE DATA Capac. range 0,1 to μf 0,47 to μf 1 to 220 μf Voltage range 6,3 to 500 V 6,3 to 500 V 160 to 450 V Temp. range -40 (-25) to +85 C -55 (-40, -25) to +105 C -25 to +105 C Usefull life hours hours 5000 hours Tolerance 20% 20% 20% Prefered Packing Ammopack and bulk Available until 150 C 13

14 Aluminium Electrolytic Capacitors Radial Capacitors Miniaturized Size Type 85 C Height 5 mm 85 C Height 7 mm 105 C Height 5/7 mm RUTRONIK B SEM HSEM Applications General Purpose, industrial, automotive and audio- video, mobile equipment ( low mass, low profile) 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 4 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 0,1 μf 0,15 μf 0,22 μf 0,33 μf 0,47 μf 0,68 μf 1 μf 1,5 μf 2,2 μf 3,3 μf 4,7 μf 6,8 μf 10 μf 15 μf 22 μf 33 μf 47 μf 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 680 μf 1000 μf 1500 μf 2200 μf 3300 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 0,1 to 330 μf 0,1 to 470 μf 0,1 to 330 μf Voltage range 4 to 63 Vdc 4 to 63 Vdc 4 to 63 Vdc Temperature range 40 to +85 C 40 to +85 C 55 ( 40, 25) to 105 C Useful life 2000 hours 2000 hours 1000 hours Tolerance ±20% ±20% ±20% Preferred Packing Ammopack and bulk 7 mm 5 mm 14

15 Aluminium Electrolytic Capacitors Radial Capacitors Non-polarized Type 85 C Non-polarized 105 C Non-polarized RUTRONIK NC HNC Applications Circuits with reversing polarity, AV (TV, video, audio), office, home appliance 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 160 V 200 V 250 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 0,1 μf 0,15 μf 0,22 μf 0,33 μf 0,47 μf 0,68 μf 1 μf 1,5 μf 2,2 μf 3,3 μf 4,7 μf 6,8 μf 10 μf 15 μf 22 μf 33 μf 47 μf 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 680 μf 1000 μf 1500 μf 2200 μf 3300 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 0,1 to μf 0,1 to μf Voltage range 6,3 to 250 Vdc 6,3 to 100 Vdc Temperature range 40 to +85 C 55 to 105 C Useful life hours 1000 hours Tolerance ±20% ±20% Preferred Packing Ammopack and bulk 15

16 Aluminium Electrolytic Capacitors Radial Capacitors Low Impedance & Low Leakage Type 85 C Low leakage current 105 C Low leakage current 105 C Low impedance RUTRONIK LCL HLCL PSRX Applications audio coupling applications, timecircuits, clocks SMPS, power supplies, general industrie, automotive, telecommunication 6,3 V 10 V 16 V 25 V 35 V 40 V 50 V 63 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 6,3 V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 0,1 μf 0,15 μf 0,22 μf 0,33 μf 0,47 μf 0,68 μf 1 μf 1,5 μf 2,2 μf 3,3 μf 4,7 μf 6,8 μf 10 μf 15 μf 22 μf 33 μf 47 μf 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 680 μf 1000 μf 1500 μf 2200 μf 3300 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 0,1 to 4700 μf 0,1 to 4700 μf 0,47 to μf Voltage range 6,3 to 63 Vdc 6,3 to 100 Vdc 6,3 to 450 Vdc Temperature range 40 to +85 C 55 ( 40) to +105 C 55 ( 40, 25) to +105 C Useful life 2000 hours 1000 hours hours Tolerance ±20% ±20% ±20% Preferred Packing Ammopack and bulk 16

17 Aluminium Electrolytic Capacitors Radial Capacitors High Temperature Type Rutronik Applications 125 C -150 C High temp. HHER Industrial, automotive, home appliance 6,3V 10 V 16 V 25 V 35 V 50 V 63 V 100 V 160 V 200 V 250 V 0,47 μf x x x x x 0,68 μf x x x x x 1 μf x 1,5 μf x x x x x 2,2 μf x x x x x x 3,3 μf x x x x x x 4,7 μf x x x x x x 6,8 μf x 8,2 μf 10 μf x x x x x x 15 μf x x x x x 22 μf x x x x x x 27 μf x x 33 μf x x x x x x 39 μf x x x 47 μf x x x x x x 56 μf 68 μf x x x x x 82 μf x x x x x 100 μf x x x x x x x x 120 μf x x x x x 150 μf x x x x x x 180 μf x x x x x 220 μf x x x x x x x x 270 μf x x x x x 330 μf x x x x x x x x 390 μf 470 μf x x x x x x x x 680 μf x x x x x x 1000 μf x x x x x x x 1500 μf x x x x x x x 2200 μf x x x x x x 3300 μf x x x x x 4700 μf x x x x 5600 μf x x 6800 μf x x x 8200 μf μf x x μf μf x QUICK REFERENCE DATA Capacitance range 0,47 to μf Voltage rance 6,3 to 250 Vdc Temperature range -40 to +150 C Usefull life hours Tolerance 20% Prefered Packing Taped Solid Aluminium Capacitors 175 C Radial, Axial, SMD Type SAL on request 17

18 Aluminium Electrolytic Capacitors Power Capacitors Type 85 C Snap In 105 C Snap In RUTRONIK TR HTR Applications General Purpose, industrial and audio / video systems, SMPS, energy storage, smoothing and filtering 6,3 V 10 V 16 V 25 V 35 V 40 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 500 V 6,3 V 10 V 16 V 25 V 35 V 40 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 47 μf 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 560 μf 680 μf 820 μf 1000 μf 1200 μf 1500 μf 1800 μf 2200 μf 2700 μf 3300 μf 3900 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 47 to μf 47 to μf Voltage range 6,3 to 500 Vdc 6,3 to 450 Vdc Temperature range 40 ( 25) to +85 C 40 ( 25) to 105 C Useful life hours hours Tolerance ±20% ±20% Preferred Packing bulk 18

19 Aluminium Electrolytic Capacitors Power Capacitors Type 85 C Printed Wiring 105 C Printed Wiring RUTRONIK LS HLS Applications Computer, telecommunication and industrial systems, SMPS, energie storage, smoothing and filtering 10 V 16 V 25 V 40 V 63 V 100 V 200 V 385 V 400 V 10 V 16 V 25 V 40 V 63 V 100 V 200 V 250 V 385 V 400 V 68 μf 100 μf 150 μf 220 μf 330 μf 470 μf 680 μf 1000 μf 1500 μf 2200 μf 3300 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf QUICK REFERENCE DATA Capacitance range 68 to μf 68 to μf Voltage range 10 to 400 Vdc 10 to 400 Vdc Temperature range 40 to +85 C 40 to 105 C Useful life hours 5000 hours Tolerance ±20% ±20% Preferred Packing bulk 19

20 Aluminium Electrolytic Capacitors Power Capacitors Type 85 C Screw Terminal 105 C Screw Terminal RUTRONIK SBC HSBC Applications General Purpose, computer and idustrial systems, SMPS, energie storage, motor control devices, uninterruptable power supplies 7,5 V 10 V 16 V 25 V 35 V 40 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 500 V 7,5 V 10 V 16 V 25 V 40 V 50 V 63 V 100 V 160 V 200 V 250 V 350 V 400 V 450 V 150 μf 220 μf 270 μf 330 μf 390 μf 470 μf 560 μf 680 μf 820 μf 1000 μf 1200 μf 1500 μf 1800 μf 2200 μf 2700 μf 3300 μf 3900 μf 4700 μf 5600 μf 6800 μf 8200 μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf μf 1,2 nf QUICK REFERENCE DATA Capacitance range 220 μf to 1,2 nf 820 μf to 1,2 nf Voltage range 7,5 to 500 Vdc 7,5 to 450 Vdc Temperature range 55 ( 50, 40, 25) to +85 C 40 ( 25) to +105 C Useful life hours hours Tolerance 10+30% (±20%) 10+30% (±20%) Preferred Packing bulk 20 RUTRONIK Active, Passive and Electromechanical Components

21 Aluminium Electrolytic Capacitors Supercaps Ultracaps Type 70 (85 C) 70 C 70 C Rutronik SUP RADIAL SUP SMD Sup RADIAL Applications PC, VCRs, Remote Control, telephones etc. PC, VCRs, Remote Control, telephones etc. Peak power for vehicles, primary and back-up power, toys 2,3 V 2,7 V 3,5 V 5,5 V 6,5 V 11 V 12 V 2,5 V 3,3 V 3,5 V 5,5 V 2,3 V 2,5 V 2,7 V 4,6 V 5,4 V 0,01 F X 0,022 F X X X 0,027 F X 0,043 F X 0,047 F X X X X X 0,056 F X 0,1 F X X X X X 0,2 F X 0,22 F X X X X X 0,33 F X 0,47 F X X X X X 0,68 F X 1 F X X X X X 1,4 F X 1,5 F X X 2 F X 2,2 F X X 3 F X 3,3 F X X 3,5 F X 4,7 F X X 5 F X X 5,6 F X 6 F X 7 F X 10 F X X X 22 F X X 25 F X 30 F X 50 F X X X 100 F X X 120 F X 400 F X 600 F X 1200 F X 1500 F X 2500 F X 3000 F X 3500 F X 5000 F X QUICK REFERENCE DATA: Capacitance range 0,01 to 100 F 0,022 to 5,6 F 1,5 to 5000 F Voltage rance 2,1 to 12 Vdc 2,3 to 5,5 Vdc 2,3 to 5,4 Vdc Temperature range -25 to +85 C -40 to +70 C -10 to +20 C Usefull life 1000 hours 1000 hours Cycle Life Tolerance +80 / -20% +80 / -20% +80 / -20% Prefered Packing taped and bulk taped and bulk taped and bulk Polymer Electrolytic Capacitors PMLCAP is the capacitor which is laminating structure with less than 1 micron thickness polymer and thin aluminium layer. So it realizes small size, light weight and a large capacitance Capatiance 0,22 to 47 μf, Temp. Range -55 to 125 C, Tolerance -20%, Rated Voltage Range 16 to 63 V, Size Applications: DC/DC Converters, Audio Circuit, VRM, By-pass circuit, Automotive ECU NEW Technology PC-CON (Ultra Low ESR) To meet applications for recent digitalization, high frequency, miniaturization, large capacitance, low ESR, low impedance, high temperature capability etc. Rated Capatiance 10to 390 μf, Temp. Range -55 to 105 C Tolerance 20% Rated Voltage Range 2 to 8 V, Ripple Current up to 3000 ma, Endurance 2000 hrs Applications: Power Supply, Smoothing circuit power supply, circuit of decoupling 21

22 Film Capacitors Technology range: Voltage The complete range in Axial, Radial and SMD 1 1 pf 1 nf 1 μf 1 mf 1 F Capacity Radial Standard Type FR MKT KP MKP Radial Miniaturized Type FR Pitch 2,5 mm Radial Pulse Type FR MKP MMKP Radial Precision Type FR KP MKP Axial Precision Type FA KP Axial Standard Type FA MKT MKP KP Radial Interference Suppression Type FF X1, X2, Y2 SMD Type FC Motor & Power Type FC Snubber GTO Further capacitors (i. e. precision, X-Y, motor running, lamp ballast) on request 22

23 Film Capacitors Radial Standard MKT, Type FR Type 100 C (105 C) boxed type 125 C boxed type Rutronik FR (MKT) FR (MKT) Application Multipurpose Application High Performance V dc C 16V 50/63V 100V 160V 250V 400V 630V 1000V 1500V 2000V 50/63V 100V 250V 400V 500V 630V 1000V < 1,0nF ,0nF 5 5 7, , ,5 7,5 7,5 7,5 10 7,5 7, ,5nF , ,5 7,5 7,5 7,5 7,5 10 7, ,2nF , ,5 7,5 7,5 7,5 7,5 10 7,5 7, ,3nF , ,5 7,5 7,5 7,5 7, ,5 7, ,7nF , ,5 7,5 7,5 7,5 7, ,5 7,5 7, ,8nF , ,5 7,5 7,5 7,5 7, ,5 10 7, nF , ,5 7,5 7,5 7,5 7,5 7, ,5 7,5 7,5 7,5 7, nF , , ,5 7,5 7,5 7,5 7,5 7,5 10 7,5 7, nF , , ,5 7,5 7,5 7,5 7, ,5 7,5 7,5 7, nF , ,5 7,5 7,5 7,5 7,5 7,5 22,5 22,5 7,5 7,5 7, nF , ,5 22, ,5 7,5 7,5 7,5 7, ,5 27,5 7,5 7,5 7, nF ,5 27, ,5 7,5 7,5 7, ,5 7,5 7,5 7,5 7, nF ,5 27, ,5 7,5 7,5 7,5 7,5 22,5 22,5 27,5 7,5 7,5 7, nF ,5 27,5 27, ,5 7,5 7,5 7,5 7,5 22,5 27,5 37,5 7,5 7,

24 Film Capacitors Radial Standard MKT, Type FR Type 100 C (105 C) boxed type 125 C boxed type Rutronik FR (MKT) FR (MKT) Application Multipurpose Application High Performance V dc C 16V 50/63V 100V 160V 250V 400V 630V 1000V 1500V 2000V 50/63V 100V 250V 400V 500V...150nF ,5 27, ,5 220nF ,5 27,5 37, ,5 7,5 7,5 22,5 22,5 27,5 7,5 7,5 7, nF ,5 22,5 27,5 37, ,5 7,5 7,5 15 7,5 22,5 27,5 27,5 37,5 7,5 7, nF ,5 27,5 27,5 37, ,5 7, ,5 27,5 37,5 37,5 7,5 7, , nF ,5 27,5 37, ,5 7, ,5 22,5 37,5 7,5 7, , ,0μF ,5 27,5 27,5 37, ,5 7,5 22,5 27,5 37,5 37,5 7,5 7,5 22, ,5μF ,5 27,5 27,5 5 7,5 15 7,5 7,5 22,5 22,5 27,5 37,5 37, , , ,5 2,2μF ,5 27,5 27,5 37, ,5 7,5 22,5 22,5 27,5 37,5 7,5 22,5 27, ,3μF ,5 27,5 27,5 37, ,5 22,5 22,5 27,5 37,5 37,5 7,5 22,5 27, , ,5 4,7μF ,5 27,5 27,5 27,5 37,5 22,5 27,5 7,5 22,5 27,5 37,5 37,5 37,5 27, , ,5 630V 1000V 6,8μF ,5 22,5 27,5 27,5 37,5 22,5 27,5 7,5 27,5 27,5 37,5 37,5 27, ,5 24

25 Film Capacitors Radial Standard MKT, Type FR Type 100 C (105 C) boxed type 125 C boxed type Rutronik FR (MKT) FR (MKT) Application Multipurpose Application High Performance V dc C 16V 50/63V 100V 160V 250V 400V 630V 1000V 1500V 2000V 50/63V 100V 250V 400V 500V 10μF 5 22,5 22,5 27,5 27,5 27,5 37,5 27,5 27,5 37,5 37,5 37,5 15μF 22,5 27,5 27,5 27,5 37,5 27,5 37,5 37,5 37,5 22μF 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 33μF 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 47μF 27,5 27,5 27,5 37,5 37,5 37,5 37,5 68μF 27,5 27,5 27,5 37,5 37,5 37,5 100μF 27,5 37,5 37,5 37,5 37,5 150μ F 37,5 37,5 37,5 220μF 37,5 Dielectric Polyester Polyester Electrodes Metallized Film Metallized Film Capacitance <1,0nF - 220μF <1,0nF - 6,8μF Tolerance 5% 10% 20% 5% 10% 20% Rated Voltage Vdc Vdc Climatic Category 55/100/56 (55/105/56) 55/125/56 Operating Temp. -55 to +100 C (+105 C) -55 to +125 C Packing loose or taped loose or taped 630V 1000V 25

26 Film Capacitors Radial Standard KP, Type FR Type 105 C Film Foil boxed type Rutronik FR (KP) Application High Current Applications V dc 63V 100V 160V 250V 400V 630V 800V 1000V 1250V 1600V 2000V C < 1,0nF ,5 7,5 7,5 7,5 7,5 10 1,0nF ,5 7,5 7,5 7,5 7,5 22, ,5nF ,5 7,5 7,5 7, , ,2nF 7,5 7,5 7,5 7, ,5 22, ,3nF 5 5 7, ,5 7,5 7,5 7, , ,7nF 5 5 7, ,5 7, ,5 22,5 22, ,8nF 5 5 7, ,5 7, ,5 22,5 27,5 10nF 5 5 7, ,5 22,5 22,5 7, ,5 15nF ,5 22,5 27,5 7,5 7, ,5 27, nF ,5 22,5 27, ,5 27,5 33nF ,5 22,5 27,5 27, ,5 27,5 27,5 27,5 37,5 47nF ,5 27,5 27,5 27,5 22,5 27,5 37,5 37,5 68nF ,5 22,5 27,5 27,5 27,5 37,5 37,5 100nF ,5 27,5 27,5 27,5 37,5 27,5 37,5 37,5 37,5 150nF ,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 220nF 15 27,5 27,5 27,5 37,5 37,5 37,5 37,5 330nF 27,5 27,5 37,5 37,5 470nF 27,5 37,5 37,5 680nF 27,5 37,5 37,5 37,5 1,0μF 37,5 37,5 1,5μF 37,5 37,5 2,2μF 37,5 Dielectric Polypropylene Electrodes Film Foil Capacitance <1,0nF - 2,2μF Tolerance 1% 2,5% 5% 10% 20% Rated Voltage Vdc Climatic Category 55/105/56 Operating Temp. -55 to +105 C Packing loose or taped 26

27 Film Capacitors Radial Standard MKP, Type FR Type 105 C Single metallized boxed type 125 C Rutronik FR (MKP) FR (MKP) Application DC / AC Pulse Applications DC / AC Pulse Applications V dc 63V 100V 160V 250V 400V 630V 1000V 1300V 1250V 1600V 2000V 2200V 1600V 2000V C min Vac 40V 63V 90V 160V 200V 220V 220V 250V 280V 250V 300V 400V 400V 500V 500V 650V 600V 700V 900V 500V 700V < 1,0nF 10 1,0nF , ,5 5 7, , , ,5 7,5 7, ,5nF , ,5 5 7, , , ,5 7,5 7, ,2nF , ,5 5 7, , , ,5 7,5 7, ,3nF , , , , , ,5 7,5 7, ,7nF , , , , , ,5 7,5 7, ,5 10 6,8nF , , , , , ,5 7,5 7,5 7, ,5 22,5 22, nF ,5 7,5 5 7, , , , ,5 7,5 7,5 10 7, ,5 22,5 22, nF ,5 7,5 5 7, , , ,5 7,5 7, , , ,5 27,5 22,5 22, nF ,5 7,5 5 7, , , ,5 7,5 7,5 7, ,5 22,5 22,5 27,5 22,5 27,5 22, nF 5 5 7, , , , ,5 22,5 22, ,5 7,5 7,5 7, ,5 22,5 22,5 27,5 22, ,5 47nF 5 5 7, , , ,5 22,5 22,5 27,5 22,5 27,5 22,5 22,5 7,5 10 7,5 7, ,5 22,5 22,5 27,5 27, nF 5 5 7, , ,5 22,5 22,5 22,5 22,5 27,5 22,5 22,5 7,5 10 7,5 7, , ,5 22,5 22,5 27,5 27,5 27,5 37, nF 5 5 7, , ,5 27,5 22,5 22,5 27,5 27,5 22,5 7,5 10 7, ,5 22,5 27,5 22,5 27,5 27,5 37,

28 Film Capacitors Radial Standard MKP, Type FR Type 105 C Single metallized boxed type 125 C Rutronik FR (MKP) FR (MKP) Application DC / AC Pulse Applications DC / AC Pulse Applications V dc 63V 100V 160V 250V 400V 630V 1000V 1300V 1250V 1600V 2000V 2200V 1600V 2000V C min Vac 40V 63V 90V 160V 200V 220V 220V 250V 280V 250V 300V 400V 400V 500V 500V 650V 600V 700V 900V 500V 700V 150nF 5 5 7, ,5 22,5 22,5 22,5 27,5 27,5 27,5 27,5 27,5 7,5 10 7,5 22,5 22,5 22,5 27,5 27,5 27,5 37,5 37, nF ,5 22,5 22,5 27,5 27,5 27,5 27,5 27,5 37, ,5 22,5 22,5 22,5 27,5 27,5 27,5 37,5 37, ,5 330nF ,5 27,5 27,5 27,5 27,5 27,5 27,5 27,5 27,5 37, ,5 22,5 22,5 22,5 37,5 37,5 37,5 37,5 27,5 470nF , ,5 22,5 27,5 27,5 27,5 27,5 27,5 27,5 27,5 37,5 37,5 22,5 22, ,5 27,5 27,5 37,5 37,5 37,5 37,5 27,5 680nF ,5 22,5 22,5 27,5 27,5 27,5 27,5 27,5 37,5 27,5 37,5 37,5 22,5 22,5 22,5 27,5 27,5 27,5 37,5 37,5 37,5 27,5 37,5 1,0μF 22, ,5 22,5 22,5 27,5 27,5 27,5 27,5 37,5 27,5 27,5 37,5 37,5 22,5 22,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 27,5 1,5μF 22,5 22,5 22,5 22,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 37,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 2,2μF 22,5 27,5 22,5 27,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 3,3μF 27,5 27,5 22,5 27,5 27,5 27,5 27,5 27,5 37,5 37,5 27,5 37,5 37,5 37,5 37,5 37,5 4,7μF 27,5 27,5 27,5 27,5 37,5 27,5 37,5 37,5 37,5 37,5 27,5 37,5 6,8μF 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 37,5 37,5 37,5 10μF 37,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 15μF 37,5 37,5 37,5 37,5 37,5 37,5 22μF 37,5 37,5 37,5 37,5 33μF 37,5 37,5 37,5 Dielectric Polypropylene Polypropylene Electrodes Single Sided Metallized Film Single Sided Metallized Film Capacitance <1,0nF - 33μF <1,0nF - 100nF Tolerance 5% 10% 20% 5% 10% Rated Voltage Vdc Vdc Climatic Category 55/105/56 55/125/56 Operating Temp. -55 to +105 C -55 to +125 C Packing loose or taped loose or taped 28

29 Film Capacitors Radial Miniaturized, Type FR Type 100 C Film Foil boxed type 100 C Mixed Foil boxed type 100 C Film Foil boxed type 100 C boxed type Rutronik FR (PET) Pitch=2,5mm FR Pitch=2,5mm FR (KP) Pitch=2,5mm FR (PET) Pitch=2,5mm Application Miniature Applications Miniature Applications Miniature Applications Miniature Applications V dc 63V 100V 250V 400V 63V 100V 250V 400V 63V 100V 250V 400V 50V 63V 100V 250V C min Vac 40V 63V 160V 200V 40V 63V 160V 200V 40V 63V 160V 200V 30V 40V 63V 160V < 1,0nF x x x x x x x x x x x x x x x x 1,0nF x x x x x x x x x x x x x x x x 1,5nF x x x x x x x x x x x x x x x x 2,2nF x x x x x x x x x x x x x x x x 3,3nF x x x x x x x x x x x x x x x x 4,7nF x x x x x x x x x x x x x x 6,8nF x x x x x x x x x x x x 10nF x x x x x x x x x 15nF x x x x x x x 22nF x x x x 33nF x x x x 47nF x x x x 68nF x x x x 100nF x x x x 150nF x x x 220nF x x x 330nF x x x 470nF x x 680nF x x 1,0μF Dielectric PET Film Mixed Foil Polypropylene PET Film Electrodes Metallized Film Metallized Film Metallized Film Single Sided Metallized Film Capacitance <1,0nF - 15nF <1,0nF - 6,8nF <1,0nF - 10nF <1,0nF - 1,0μF Tolerance 5% 10% 20% 5% 10% 20% 5% 10% 20% 5% 10% 20% Rated Voltage Vdc Vdc Vdc Vdc Climatic 55/100/21 55/100/21 55/100/21 55/100/21 Category Operating -55 to +100 C -55 to +100 C -55 to +100 C -55 to +100 C Temp. Packing loose or taped loose or taped loose or taped loose or taped x 29

30 Film Capacitors Radial Pulse MKP, Type FR Type 100 C (105 C) Single metallized boxed type Rutronik FR (MKP) Application DC / AC Pulse Applications V dc 160V 250V 400V 630V 1000V 1300V 1250V 1600V 2000V C min Vac 90V 160V 200V 220V 250V 220V 250V 350V 250V 400V 400V 450V 600V 500V 650V 550V 700V < 1,0nF ,0nF 5 5 7, , ,5 7, ,5nF 5 5 7, , ,5 7, ,2nF 5 5 7, , ,5 7, ,3nF 5 5 7, , ,5 7, , ,7nF 5 5 7, , ,5 15 7,5 7, , ,8nF 5 5 7, , ,5 15 7,5 7,5 7, ,5 22, nF 5 5 7,5 15 7, , ,5 15 7,5 7,5 10 7, ,5 22,5 22, ,5 15nF 5 5 7,5 15 7, , ,5 15 7,5 7, , ,5 27,5 22, , nF 5 5 7,5 15 7, , ,5 15 7,5 7, ,5 22,5 37,5 22, nF 7, , , ,5 22,5 7,5 7, , ,5 22,5 27,5 22,5 22,5 22,5 37, ,5 47nF 7, , , ,5 22,5 27,5 22,5 10 7,5 7, , ,5 22,5 22,5 22,5 22,5 27,5 37,5 27, , nF 7, ,5 22, , ,5 27,5 22,5 22,5 22,5 27,5 22,5 10 7,5 7, ,5 22,5 22,5 27,5 27,5 37,5 27, , nF 7, , , ,5 27,5 22,5 22,5 22,5 37,5 27,5 10 7, ,5 27,5 22,5 22,5 27,5 27,5 27, ,

31 Film Capacitors Radial Pulse MKP, Type FR Type 100 C (105 C) Single metallized boxed type Rutronik FR (MKP) Application DC / AC Pulse Applications V dc 160V 250V 400V 630V 1000V 1300V 1250V 1600V 2000V C min Vac 90V 160V 200V 220V 250V 220V 250V 350V 250V 400V 400V 450V 600V 500V 650V 550V 700V 150nF 7, , ,5 22,5 22,5 22,5 27,5 22,5 27,5 27,5 37,5 27,5 10 7,5 27,5 22,5 22,5 27,5 27,5 27,5 27,5 37,5 37, nF 7, , ,5 22,5 22,5 27,5 27,5 27,5 27,5 27,5 27, ,5 22,5 27,5 27,5 37,5 37,5 37, ,5 330nF , ,5 27,5 27,5 27,5 37,5 27,5 27,5 27,5 27, ,5 22,5 22,5 22,5 37,5 37,5 37,5 37,5 27,5 470nF ,5 27, ,5 27,5 27,5 27,5 27,5 37,5 27,5 27,5 27,5 37,5 22,5 22,5 22,5 27,5 37,5 37,5 37,5 37,5 37,5 27,5 680nF ,5 27,5 22,5 22,5 37,5 27,5 27,5 27,5 37,5 37,5 27,5 37,5 37,5 22,5 22,5 27,5 27,5 37,5 37,5 37,5 27,5 1,0μF ,5 22,5 27,5 22,5 27,5 37,5 27,5 37,5 27,5 37,5 27,5 37,5 37,5 22,5 22,5 27,5 27,5 27,5 37,5 37,5 27,5 1,5μF 22,5 22,5 22,5 27,5 37,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 37,5 37,5 27,5 27,5 37,5 2,2μF 27,5 22,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 27,5 37,5 37,5 3,3μF 27,5 22,5 27,5 27,5 27,5 27,5 37,5 27,5 37,5 37,5 37,5 4,7μF 27,5 27,5 27,5 37,5 27,5 37,5 37,5 37,5 6,8μF 27,5 27,5 37,5 37,5 37,5 37,5 10μF 27,5 27,5 37,5 37,5 37,5 37,5 15μF 37,5 37,5 37,5 37,5 22μF 37,5 37,5 37,5 27μF 37,5 Dielectric Polypropylene Electrodes Single Sided Metallized Film Capacitance < 1,0nF - 27μF Tolerance 5% 10% 20% Rated Voltage Vdc Climatic Category 55/100/56 (55/105/56) Operating Temp. -55 to +100 C (+105 C) 31

32 Film Capacitors Radial Pulse MMKP, Type FR Type 100 C (105 C) Double metallized boxed type Rutronik FR (MMKP) Application High Voltage & Current Applications V dc 100V 250V 400V 630V 800V 1000V 1300V 1400V 1600V 2000V 2500V C min Vac 63V 125V 180V 630V 200V 250V 220V 250V 400V 300V 350V 400V 600V 500V 500V 550V 650V 700V 700V 900V 900V Available pitch < 1,0nF 7,5 7,5 7,5 7, ,0nF 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7, , ,5 1,5nF 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7, , ,5 22,5 2,2nF 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7, , ,5 22,5 3,3nF 7,5 7,5 7,5 7,5 7,5 7,5 7,5 10 7,5 7, , ,5 22,5 4,7nF 7,5 7,5 7,5 7,5 7,5 7,5 7, , , ,5 22,5 6,8nF 7,5 7,5 7,5 10 7,5 7,5 7,5 7,5 7, , , ,5 22,5 10nF 7,5 7,5 7,5 10 7,5 7,5 7,5 7,5 7, , ,5 22, ,5 15nF 7,5 7,5 7,5 10 7,5 7, , ,5 22, ,5 22,5 22,5 22nF 7,5 7,5 7,5 10 7,5 7, , , , ,5 22,5 22,5 22,5 22,5 27,5 27,5 33nF 10 7,5 7, , ,5 22,5 22, ,5 27, ,5 22,5 22,5 22,5 27, nF 10 7,5 7, , ,5 27,5 22,5 22,5 22,5 27, ,5 22,5 22,5 22,5 27,5 27,5 27, nF ,5 22,5 22,5 27,5 27,5 22,5 22,5 22, ,5 22,5 22,5 22,5 27,5 27,5 27,5 100nF ,5 22,5 22,5 22,5 27,5 27,5 27,5 22,5 27, ,5 22,5 22,5 27,5 27,5 27,5 150nF ,5 27,5 22,5 27,5 27,5 27,5 27,5 22,5 22,5 22,5 27,5 27,5 37,5 27,5 220nF ,5 22,5 27,5 27,5 27,5 27,5 27,5 22,5 22,5 22,5 22,5 27,5 27,5 37,5 37,5 330nF ,5 22,5 27,5 22,5 27,5 27,5 27,5 27,5 37,5 22,5 22,5 27,5 27,5 37,5 37,5 470nF 22,5 22, ,5 22,5 27,5 27,5 27,5 27,5 27,5 27,5 37,5 22,5 27,5 27,5 37,5 37,5 680nF 22,5 22,5 22,5 27,5 22,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 27,5 27,5 27,5 37,5 37,5 1,0μF 22,5 22,5 22,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 27,5 27,5 37,5 37,5 32

33 Film Capacitors Radial Pulse MMKP, Type FR Type 100 C (105 C) Double metallized boxed type Rutronik FR (MMKP) Application High Voltage & Current Applications V dc 100V 250V 400V 630V 800V 1000V 1300V 1400V 1600V 2000V 2500V C min Vac 63V 125V 180V 630V 200V 250V 220V 250V 400V 300V 350V 400V 600V 500V 500V 550V 650V 700V 700V 900V 900V Available pitch 1,5μF 27,5 27,5 27,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 37,5 2,2μF 27,5 27,5 27,5 27,5 27,5 37,5 37,5 37,5 37,5 3,3μF 27,5 27,5 27,5 37,5 37,5 37,5 37,5 37,5 4,7μF 37,5 27,5 27,5 37,5 37,5 37,5 6,8μF 37,5 37,5 27,5 37,5 37,5 10μF 37,5 37,5 27,5 37,5 15μF 37,5 Dielectric Polypropylene Electrodes Double Sided Metallized Film Capacitance <1,0nF - 15μF Tolerance 1% 2% 5% 10% 20% Rated Voltage Vdc Climatic 55/100/56 (55/105/56) Category Operating Temp. -55 to +100 C (+105 C) Packing loose or taped 33

34 Film Capacitors Radial Precision KP, Type FR Type Film Foil boxed type Rutronik FR (KP) Application Filter & Tuning Applications Pitch P5 mm Dielectric Polypropylene Electrodes Film - Foil Capacitance 0,022nF - 33nF Tolerance < 2,5% Rated Voltage Vdc Climatic Category 55/85/56 Operating Temp. -55 to +85 C Packing loose or taped Radial Precision MKP, Type FR Type Single metallized boxed type Rutronik FR (MKP) Application Filter & Tuning Applications Pitch P5 to P15 mm Dielectric Polypropylene Electrodes Single Sided Metallized Film Capacitance 1,0nF - 1,1μF Tolerance < 5% Rated Voltage Vdc Climatic Category 55/85/56 Operating Temp. -55 to +85 C Packing loose or taped Axial Precision KP, Type FA Type 100 C Film Foil boxed type Rutronik FR (KP) Application High Current Applications V dc C 100V 160V 250V 400V 630V 1000V 1250V 1600V 2000V < 1,0nF 7, ,0nF 7,5 7, ,5nF 7,5 7, ,2nF 7,5 7,5 7, ,3nF 7,5 7,5 7, ,5 4,7nF 7,5 7, ,5 6,8nF 7,5 7, , ,5 10nF 7,5 7, ,5 22,5 22, nF 7, ,5 22,5 22, ,5 27,5 22nF ,5 22,5 27,5 22,5 33nF ,5 22,5 27,5 27,5 22,5 Type 100 C Film Foil boxed type Rutronik FR (KP) Application High Current Applications V dc C 100V 160V 250V 400V 630V 1000V 1250V 1600V 2000V 47nF ,5 27,5 27,5 27,5 22,5 68nF ,5 22,5 27,5 27,5 27,5 100nF ,5 27,5 27,5 27,5 37,5 150nF 15 27,5 27,5 27,5 27,5 37,5 220nF 27,5 27,5 27,5 37,5 330nF 27,5 27,5 37,5 37,5 470nF 27,5 37,5 37,5 680nF 27,5 37,5 37,5 1,0μF 37,5 37,5 1,5μF 37,5 Diel ectric Polypropylene Electrodes Film - Foil Capacitance <1,0nF - 1,5μF Tolerance 2,5% 5% 10% 20% Rated Voltage Vdc Climatic Category 55/100/56 Operating Temp. -55 to +100 C Packing loose or taped 34

35 Film Capacitors Axial Standard KP, Type FA Type 100 C Metallized Film axial Rutronik Application C V dc FA (MKT) Multipurpose Applications 50V 63V 100V 250V 400V 630V 1000V 1,0nF x x x x x 1,5nF x x x x x 2,2nF x x x x x 3,3nF x x x x x 4,7nF x x x x x 6,8nF x x x x x 10nF x x x x x 15nF x x x x x 22nF x x x x x 33nF x x x x x x 47nF x x x x x x 68nF x x x x x x 100nF x x x x x x 150nF x x x x x x x 220nF x x x x x x x 330nF x x x x x x x 470nF x x x x x x x 680nF x x x x x x x 1,0μF x x x x x x 1,5μF x x x x x x 2,2μF x x x x x 3,3μF x x x x x 4,7μF x x x x x 6,8μF x x x x 10μF x x x x 15μF 22μF Dielectric Electrodes Capacitance x x Polyester Metallized Film 470pF - 22μF Tolerance 5% 10% 20% Rated Voltage Climatic Category Operating Temp. Packing Vdc 55/100/56-55 to +100/+105 C loose or taped Type 100 C Metallized Film axial Rutronik FA (MKP) Application Multipurpose Applications V dc 160V 250V 400V 630V 1000V 1600V 2000V C 1,0nF x x x 1,5nF x x x 2,2nF x x x 3,3nF x x x 4,7nF x x x 6,8nF x x x x 10nF x x x x x x 15nF x x x x x x 22nF x x x x x x x 33nF x x x x x x x 47nF x x x x x x x 68nF x x x x x x x 100nF x x x x x x x 150nF x x x x x x 220nF x x x x x x 330nF x x x x x x 470nF x x x x x 680nF x x x x x 1,0μF x x x x x 1,5μF x x x 2,2μF x x x 3,3μF x x 4,7μF x x 6,8μF x x 10μF x Dielectric Polypropylene Electrodes Metallized Film Capacitance 1,0nF - 10μF Tolerance 1% 2,5% 5% 10% 20% Rated Voltage Vdc Climatic 55/100/56 Category Operating -55 to +100/+105 C Temp. Packing loose or taped Type 105 C Film Foil axial Rutronik FA (KP) Application High Current Applications V dc C 47pF 68pF 100pF 150pF 220pF 330pF 470pF 680pF 100V 250V 400V x x x x x x x x 630V 1000V 1500V 1,0nF x x 1,5nF x x 2,2nF x x x x 3,3nF x x x x x 4,7nF x x x x x x 6,8nF x x x x x x 10nF x x x x x x 15nF x x x x x x 22nF x x x x x x 33nF x x x x x x 47nF x x x x x x 68nF x x x x x 100nF x x x x 150nF x x 220nF x x 330nF Dielectric Polypropylene Electrodes Film Foil Capacitance 47pF - 330nF Tolerance 5% 10% 20% Rated Voltage Vdc Climatic 55/105/56 Category Operating -55 to +105 C Temp. Packing loose or taped x 2000V 35

36 Film Capacitors Radial Interference Suppression, Type FF Type X1 X2 X2 125 C Rutronik FF FF FF FF FF Application Interference Suppression V ac 300V 275/ 440V 500V 760V 250V 275/ 440V 275V 250V 300V 440V C 310V 300V <1,0nF 15 1,0nF ,5 10 7, ,5nF ,5 10 7, ,2nF ,5 10 7, ,3nF ,5 10 7, ,7nF , , ,8nF , ,5 10nF ,5 15 7, , nF nF ,5 15 7, , , nF nF ,5 15 7, , , , nF nF ,5 15 7, , , nF nF ,5 15 7, ,5 22, , ,5 22, nF ,4 68nF ,5 15 7, ,5 22,5 22,5 22,5 22, , nF ,5 100nF , ,5 22,5 22,5 22,5 22,5 27,5 22, ,5 27,5 27,5 22,5 120nF 15 22,5 Y2 Y1 36

37 Film Capacitors Radial Interference Suppression, Type FF Type X1 X2 X2 125 C Rutronik FF FF FF FF FF Application Interference Suppression V ac 300V 275/ 440V 500V 760V 250V 275/ 440V 275V 250V 300V 440V C 310V 300V 150nF ,5 22,5 22,5 22, , ,5 22,5 22,5 27,5 27,5 27,5 22,5 27,5 22,5 27,5 180nF 15 22,5 27,5 22,5 27,5 220nF 15 22,5 22,5 22,5 22, , ,5 22,5 27,5 27,5 27,5 22,5 27,5 22,5 27,5 27,5 270nF 22,5 27, ,5 27,5 27,5 22,5 27,5 330nF 22,5 22,5 27,5 27,5 22, , ,5 27,5 27,5 22,5 27,5 22,5 390nF 22,5 27,5 27,5 470nF 22,5 22,5 27,5 27,5 27, , ,5 27,5 27,5 37,5 22,5 37,5 22,5 37,5 27,5 560nF 15 27,5 22,5 37,5 27,5 680nF 22,5 27,5 27,5 37,5 27,5 22,5 27,5 22,5 27,5 27,5 27,5 37,5 37,5 37,5 820nF 27,5 27,5 37,5 1,0μF 27,5 27,5 27,5 37,5 27,5 22,5 27,5 22,5 37,5 37,5 27,5 37,5 1,2μF 27,5 27,5 37,5 1,5μF 27,5 27,5 27,5 27,5 37,5 37,5 37,5 1,8μF 27,5 37,5 2,2μF 27,5 27,5 27,5 37,5 37,5 37,5 2,7μF 27,5 37,5 3,3μF 27,5 27,5 37,5 37,5 3,9μF 27,5 37,5 4,7μF 37,5 27,5 37,5 5,6μF 37,5 6,8μF 37,5 37, μF 37,5 55 Dielectric Polyester / Polypropylene/Metallized Paper Polyester / Polypropylene/Metallized Paper Polyester/Polyprop. Metallized Paper Electrodes Metallized Film Metallized Film Metallized Film Metallized Film Capacitance 1,0nF - 6,8μF 1,0nF - 10μF 1,0nF - 1,0μF <1,0nF - 22nF Tolerance 5% 10% 20% 10% 20% 10% 20% 20% Rated Voltage Vac (50/60Hz) Vac (50/60Hz) Vac (50/60Hz) 440Vac (50/60Hz) Climatic Category 40/110/56 40/110/56 40/110/56 40/115/56 Operating Temp. -40 to +110 C -40 to +110 C / 125 C -40 to +110 C -40 to +115 C Packing loose or taped loose or taped loose or taped loose or taped Y2 Y1 37

38 Film Capacitors SMD, Type FC Type 125 C Film Chip 125 C (140 C) Film Chip Small Size 85 C Film Chip Low ESR Rutronik FC (PET/PEN) FC (PPS) FC Application Multipurpose Applications Multipurpose Applications Multipurpose Applic. V dc 25V 40V 50V 63V 100V 160V 250V 400V 630V 1000V 10V 16V 50V 63V 100V 250V 16V C Available sizes 100pF pF pF pF pF pF ,0nF ,5nF ,2nF ,3nF ,7nF ,8nF nF nF nF

39 Film Capacitors SMD, Type FC Type 125 C Film Chip 125 C (140 C) Film Chip Small Size 85 C Film Chip Low ESR Rutronik FC (PET/PEN) FC (PPS) FC Application Multipurpose Applications Multipurpose Applications Multipurpose Applic. V dc 25V 40V 50V 63V 100V 160V 250V 400V 630V 1000V 10V 16V 50V 63V 100V 250V 16V C Available sizes 33nF nF nF nF nF nF nF nF nF ,0μF ,5μF

40 Film Capacitors SMD, Type FC Type 125 C Film Chip 125 C (140 C) Film Chip Small Size 85 C Film Chip Low ESR Rutronik FC (PET/PEN) FC (PPS) FC Application Multipurpose Applications Multipurpose Applications Multipurpose Applic. V dc 25V 40V 50V 63V 100V 160V 250V 400V 630V 1000V 10V 16V 50V 63V 100V 250V 16V C Available sizes 2,2μF ,3μF ,7μF ,8μF Dielectric PET/ PEN PPS Film Organic Electrodes Metallized Film Metallized Film Metallized Film Capacitance 1,0nF - 6,8μF 100pF - 470nF 100nF - 1,0μF Tolerance 5% 10% 20% 2% 2,5% 5% 10% 20% 20% Rated Voltage Vdc Vdc 16Vdc Climatic 55/125/56 55/125/56 (55/140/56) 40/85/ Category Operating -55 to +125 C -55 to +125 C (+140 C) -40 to +85 C Temp. Packing loose or taped hermetical sealed taped taped 40

41 Film Capacitors Motor & Power Snubber MKP, Type FC Type 100 C Single metallized boxed type Rutronik FR (MKP) Application High Voltage & Current Applications V dc 630V 1000V 1600V 2000V 3000V 4000V C min Vac 400V 600V 650V 700V 700V 700V 10nF x x x x 15nF x x x x 22nF x x x x x 33nF x x x x x 47nF x x x x x x 68nF x x x x x x 100nF x x x x x x 150nF x x x x x x 220nF x x x x x x 330nF x x x x x x 470nF x x x x x 680nF x x x 1,0μF x x 1,5μF x 2,2μF x Dielectric Polypropylene Electrodes Single Sided Metallized Film Capacitance 10nF - 2,2μF Tolerance 5% 10% 20% Rated Voltage Vdc Climatic Category 55/100/56 Operating Temp. -55 to +100 C Packing cardboard box Motor & Power Snubber MMKP, Type FC Type 100 C Double sided metallized boxed type Rutronik FR (MMKP) Application High Voltage & Current Applications V dc 250V 400V 630V 1000V 1600V 2000V 3000V C min Vac 180V 250V 400V 600V 650V 700V 700V 47nF x x 68nF x x x x 100nF x x x x x x x 150nF x x x x x x x 220nF x x x x x x x 330nF x x x x x x x 470nF x x x x x x x 680nF x x x x x x x 1,0μF x x x x x x x 1,5μF x x x x x x x 2,0μF x x x x x x 2,2μF x x x x x 2,5μF x x x x x 3,0μF x x x x x 3,3μF x x x x 4,0μF x x x x 4,7μF x x x x 5,0μF x x x x 6,0μF x x x 7,0μF x x x 8,0μF x x x 10μF x x 15μF x x 20μF x 25μF x Dielectric Polypropylene Electrodes Double Sided Metallized Film Capacitance 47nF - 25μF Tolerance 5% 10% 20% Rated Voltage Vdc Climatic Category 55/100/56 Operating Temp. -55 to +100 C Packing cardboard box 41

42 Film Capacitors Motor & Power GTO, Type FR Type 105 C Film cylindrical type Rutronik FR (MKP/MMKP) Application High Voltage & Current Applications C V dc 400V 600V 800V 850V 900μF 1000V 1200V 1300V 1500V 1900V 2000V 2500V 3000V 0,5μF x x 0,68μF 0,9μF 1,0μF x x x x 1,25μF 1,5μF x x x 1,7μF x x 2,0μF x x x x x 2,5μF x x x x x 2,7μF x x x 3,0μF x x x x x 3,5μF x x x x x x x x 4,0μF x x x x x x x x 4,5μF x x x x x x 5,0μF x x x x x x x 6,0μF x x x x x x 8,0μF x x x x x 9μF 10μF x x x x x 12μF 15μF x x x x x x 16μF x x x x x x 17μF 20μF x x x x x x 23μF x 25μF x x x x x x 26μF 27μF 30μF x x x x x 35μF 37μF x x x 40μF x x x x 50μF x x x 51μF 55μF 58μF 60μF x x x 70μF x x x x x 76μF x x 80μF x x 90μF x x 100μF x x x 110μF 160μF x Dielectric Polypropylene Electrodes Metallized Film Capacitance 0,5μF - 160μF Tolerance 5% 10% 20% Rated Voltage Vdc Climatic Category 55/105/56 Operating Temp. -55 to +105 C Packing cardboard box x x x x x x x x x x x 42

43 Notes 43

44 Ceramic Capacitors Technology range: Voltage pf 1 nf 1 μf 1 mf 1 F Capacity Introduction Ceramic Capacitors Quick Guide Ceramic Capacitors / Quick Guide MLCC / 47 Comparison of different versions MLCC HiCaps / Advanced, Leadframe and stacked MLCC MLCC crack & short circuit protection Small Sizes / Multilayer Chip Arrays High Voltage MLCC: 250V 5kV Safety & Suppression; X - Y - Cap High Frequency /RF Microwave Chips Low Inductance Chips Feedthru & X2Y Chips / High Temperature. 150 C Detailed Ranges: Multilayer Chip, Type KC Commercial, AEC-Q200, short circuit protection, 150 C Size 01005, 0201, 0402, 0603, 0805, 1206, 1210, 1808, 1812, 1825,2211, 2220, 2225, 3640 Ceramic NPO(COG), X5R/X7R/X8R(L, G), Y5V Voltage 4.0 V 5 kv Capacitance 0,20 pf 100 μf Multilayer Chip Array Type KN Commercial, AEC-Q200 Size 0612, 0508, 0405 (2 or/and 4 caps) Ceramic NPO(COG), X5R/X7R, Y5V Voltage 6.3 V 100 V Capacitance 10 pf 2.2 μf Multilayer Leaded Type KV Commercial radial & axial AEC-Q200 radial Ceramic NPO(COG), X7R, X8R(L), Z5U/Y5V Voltage 25 V 500 V Capacitance 1 pf 4.7 μf Multilayer Advanced Type KVA Ceramic NPO(COG), X7R, Z5U Voltage 25 V 5 kv Capacitance 10 pf μf Single Layer (Disc) Type KE Ceramic P100, NPO(COG) N1500; 2B4, Y5E Y5V (B, C F) Voltage 50 V 15 kv Capacitance 0.47 pf 47 nf Suppression (Safety) Type KF X-Y-Class X2, Y3, Y2, X1Y2, X1Y1 Capacitance 10 pf 33 nf Leaded and Chip 44

45 Introduction Ceramic Capacitors Benefits from the advantages of a strong partner. We are the only top broadliner in Europe who generates one third of our turnover from passive components. Furthermore we buy more passive components in Europe than any other distributor. Our focus is to provide a comprehensive product portfolio combined with high quality and technical standards. Ceramic Capacitors with the widest range of capacity and voltage Ceramic Capacitors have the highest electrical performance. Based on the function, the parts are more and more specialised with increased requests for automotive AEC-Q200 specifications and rising RFQ of High Cap / Voltage. We offer you: European franchises from major manufacturers and world market leader for electronic components High reliability due to multiple suppliers for the same products Competent product consulting and technical support based on exceptional expertise of product specialists with great market experience Complete supply chain with innovative inventory management via VMI and flexible DI solutions for calculation of processing costs Our key customer list includes leading companies in the following sectors: Industrial, Automotive, Consumer, Telecommunications, Information, Communication and Medicial. Rutronik and Automotive Rutronik is well known as the No. 1 distributor for Passive Components and MLCC in Europe, especially within the automotive market. We offer a complete range with various technical and commercial solutions of major manufacturers and the world market leaders for automotive MLCC. Our stock-program with about 100 Mio pieces covers more than 500 types and around 60 different capacitance values. All our suppliers have the relevant QM-certificates TS16949, QS900 / ISO9001 and offer automotive qualified / AEC-Q200 ceramic-capacitors. Also the analysisreporting and standardized processes like PPAP, 8D-report, EOL-management/PCN s, Batch tracing, are available if necessary upon request. Automotive Introduction Market requests like...for Automotive, or for Automotive application...,...automotive suitable or capable...,...in accordance to, or comply with AEC-Q are very elastic terms and they absolutely don t ensure automotive specification. Additionally it is well known, that still many commercial types are used in automotive applications. What to do? The main point is to define the exact request, not only for which application but also the function. Here are some examples: Applications, Functions Recommended Parts Information, Comfort like: Navigation, Audio, Infotainment, Power window, Climatic control Mostly commercial parts used and still allowed, but fast growing demand by customers for the Automative specification Safety like: ESC/EPS, ABS, Airbag, TPMS, HID, Distance control Automotive specified parts required Powertrain like: Cruise and Engine control, EPS/DSC, AT/CVT Automotive specification strongly recommended, sometimes prescribed Clamp 30 (directly battery-connected) All functions where a failure / short circuit stops the car Automotive specified two times in series or Flexiterm, Soft-Termination, OpenMode, etc. 45

46 Ceramic Capacitors Quick Guide Ceramic Capacitors Figure Type Size / Leadspace Multilayer Chip, Type KC 01005, 0201, 0402, 0603, 0805, 1206, 1210, 1808, 1812, 2211, 2220, 2225, 3640 AEC-Q200-Types 0402, 0603, 0805, 1206, 1210, 1812, 2220 Multilayer Chip Array, Type KN 0612, 0508, 0405 (2 or/and 4 caps) Multilayer Leaded, Radial+Axial Type KV Leadspace 2,5; 5,0; 7,5; 10 Ceramic NP0(COG), X5R/X7R/ X8R, Y5V NP0(COG), X7R, X8R(L) NP0(COG), X5R/X7R, Y5V NP0(COG), X7R, Z5U/Y5V Voltage 4,0V... 5kV 10V V 6,3V V 25V V Capacity 0,47pF - 100μF 0,47pF - 33μF 10pF - 2,2μF 1pF - 4,7μF Notice Also available with: Flexiterm (Softtermination) OpenMode (FR-Design) C Spec. Also available with: Flexiterm (Softtermination) OpenMode (FR-Design) Cascade-(Floating-)Design C Spec. AEC-Q200 - Types available AEC-Q200 & +150 C (X8R) Types available! Figure Type Size / Leadspace Multilayer Advanced, Type KVA 2-, 4- leads, DualInline, Chip and leaded and several others Single Layer (Disc), Type KE Leadspace 2,5; 5,0; 7,5; 10; 15 Ceramic NP0(COG), X7R, Z5U P100, NP0(COG),... N1500; 2B4, Y5E,...Y5V (B, C,.. F) Suppression (Safety), Type KF X-Y-Class X2, Y3, Y2, X1Y2, X1Y1; Leaded LSP 5,0;7,5;10;12,5 & Chip NP0, X7R, Y5P, Y5U,... (B, E,...) Voltage 25V... 5kV 50V... 15kV 250Vac (300Vac, 440Vac... ) Special Capacitors MegaCap ; Plate and cylindrical types; Pot-Cap s; Feedthru Array High Frequency, RF Microwave; Silicon -SMD-Cap s; Low Inductance Tip&Ring-Cap s; X2Y -Filter; and others Capacity 10pF μF 1,0pF - 100nF 10pF - 33nF Notice Military and ESA types available! Still in programm! Attention: also chips available! 46

47 Quick Guide MLCC (MultiLayerCeramicChip) Type Standard Automotive qualified AEC-Q200 Short circuit protection (Also AEC-Q200 qualified available) High temp C spec. (Also AEC-Q200 qualified available) Size Range to to to to to to 1812 Ceramic NP0 (COG) X5R/ X7R Y5V NP0 (COG)/ X7R X7R X8R, X8L, X8G Definition -55 to C -55 to + 85 /+125 C -30 to + 85 C -55 to C -55 to C -55 to C Tolerance (Std.) +-0,25pF/ +-5% +-10% % +-0,25 pf/ +-5%/+-10% +-0,25 pf/ +-5%/+-10% +-0,25 pf/ +-5% /+-10% Capacitance 0,2pFto 220 nf 100pFto 100 μf 1,0nFto 100 μf 0,47pF to 33μF 150pF to 22 μf 10 pf to 2,2 μf (10 μf d.) E-Series E-24 E-12 E-6 E-12/ E-6 E-6 E-6 Voltage 10V to 5000V 4,0V to 5000V 4,0V to 250V 6,3V to 630V 10V to 630V 16V to 100V Preferred Range Comment 1,0pF to 1,0nF E-12- up to 10 nf E-6-Values 1,0nF to 1,0μF E-6-up to 100 μf E-3-Values 1,0μF to 22μF E-3-Values 10pF to 1,0μF E-6- up to 22μF E-3- Values Also available: Arrays AEC-Q200 qualified On request Flexiterm, OpenMode, FR-Design, Flexisafe On request Also available as leaded version Supplier AVX, Murata, Samsung, TDK, Vishay, Yageo (Phycomp) AVX, Murata, Samsung, TDK, Vishay AVX, Murata, Vishay Special Chips 250Vac types, with supression-aprovals too = Safety -SMD; 2- and 4-Cap-Arrays; other sizes, i.e ; Multi-Chip-Constructions; High Frequency, FR, Microwave; Feedthru; and several other specials on request Comparison of different versions Figure X8L X8R X8G 50 Type version Standard AEC-Q ºC - specified Commercial Parts Automotive High Temperature qualified Generally Standard Specs and qualifications Increased sample plans with more and higher criterias Standard Specs and qualifications, but specified up to +150 C Flexiterm OpenMode / FR-Design Other names are i.e. Soft-, Polymer-, Flexible-Termination, Softelectrode, FlexiCap Standard Specs and qualifications, but with(avx): - bending strenght 5mm - tendency to open beyond Standard Specs and qualifications, but construction avoids a short circuit caused by typical bendingcracks Combined Design Flexiterm/ Softtermination with Cascade- Design (Floating-, Serial- Electrode) or Open Mode Design AEC-Q200- Spec. Highest protection against short circuit Bendingstrength 1mm (some 2mm) NPO 3mm, X7R 2mm 1mm (some 2mm) X7R 5mm (AVX) 1mm X7R 5mm (AVX) Temp.-Cycles 5 cycles 1000 cycles 5 cycles 3000 cycles (AVX) 5 cycles 3000 cycles (AVX) Thermal shock no yes no no no yes Visual check by sample plan 100% by sample plan by sample plan by sample plan 100% Other differencies see detailed specifications supplier by supplier, i.e. vibration, ESD, high temperature exposure (storage), moisture resistance, and so on. Ceramic NP0 (COG), X5R / X7R/ X8R, Y5V NP0 (COG), X7R, X8R (L) Temperature [ C] X8G, X8R, X8L X7R X7R, X8R, X5R X7R Voltage 4,0V... 5kV 10V V 10V V 10V... 3kV 16V V 16V - 100V Capacitance 0,47pF μF 0,47pF... 33μF 100pF... 2,2μF 270pF... 4,7μF 150pF... 22μF 1,0nF... 1,0μF (up to 10μF dev.) Notice Many items also available as Flexiterm / OpenMode / +150ºC Also available as AEC- Q200 or/and Flexiterm Also available as +150ºC or/ and AEC-Q200 Also available as AEC-Q200 AEC-Q200- Spec. Highest protection against short circuit 47

48 Ceramic Capacitors HiCaps Definition Types Size Dimensions Ceramic X5R X7R Temperature -55 to +85 C -55 to +125 C Tolerance +-10% / +-20% +-10% / +-20% Voltage 25V 16V 10 V 6,3V 50V 25V 16V 10 V 6,3V ,0x0,5mm ,6x0,8mm ,0x1,25 mm ,2x1,6mm ,2x2,5mm Capacitance 100 nf 1,0μF 2,2μF 4,7μF 10nF 47 nf 220 nf 220 nf 470 nf Capacitance 2,2 μf 4,7μF 10μF 22μF 100 nf 1,0 μf 1,0μF 2,2 μf 2,2 μf Capacitance 10μF 10μF 22μF 47 μf 1,0μF 2,2 μf 4,7μF 10 μf 10 μf Capacitance 22μF 22μF 22μF 100μF 4,7μF 10 μf 10μF 10 μf 22 μf Capacitance 22μF 47μF 47μF 100μF 4,7μF* 22μF 22 μf 47μF 22 μf *10 μf in development, 10 μf in 35 V available For highest volumetric efficiency and also for replacements against higher nominal cap.-values in tantalum- or electrolythic-caps Rutronik offers together with the world s leading MLCC-manufacturers a wide range of High-CV-Chips including world s top values in materials X5R and X7R. Advanced, Leadframe and stacked MLCC To improve power handling with large chips there exists a wide program of MLCCs with J -leadframe for surface mounting. The leadframe provides higher robustness against thermal and mechanical shocks as well as excellent performance on aluminium circuit substrates. In addition to that also twice the capacitance is obtainable on one single capacitor space with two MLCCs stacked. Another possiblity for using large chips with less concerns on handling stress is a MLCC with size 2220 in a molded leadframe tantalum style case ( MH Series). Series Structure Sizes Capacitance Voltage Mega Cap 1210 (3,2x2,5mm) 1812 (4,5x3,2mm) 2220 (5,7x5,0mm) 47nF-100μF 16V-630V RH 7,62 x 5,4mm 7,63 x 7,0mm 9,2x8,7mm 10,7 x 10,7mm 14,9 x 13,6mm 47nF-27μF 50V-500V MH V (7,3 x 6,1 x 3,45mm) Z (7,3 x 6,1 x 4,45mm) 1,0μF-47μF 25V-100V 48

49 MLCC crack & short circuit protection Avoid cracks and short circuits Introduction A crack generates a conductive path leading to a dropping down of the insulation-resistance accelerated by humidity and temperature. Frequently this causes almost a short-circuit. Based on the fact that most of the problems with failed MLCC (>90%) are caused by bending-cracks, the first aim usually shall be to avoid too high mechanical stresses by sufficient and optimized handling in the electronic production. But nevertheless for higher reliability and security of the device against blowing up and burning, there exist several special versions of ceramic chip capacitors to minimize the risk of cracks and short circuits. These solutions mostly include also the automotive specification AEC-Q200. MLCC cracking by pcb bending Analysis of the stress applied by board-bending using definite element method. terminal electrode Mode of cracking The mode of cracking changes in the direction from A to B by the thickness of the capacitor and the amount of solder. inner electrodes B solder Crack mode A: (1) Thick capacitor Crack mode B: (1) Thin capacitoar A (2) Small amount of solder (2) Excessive amount or of solder t of solder board ar ceramic-terminal joing point Cautions for prevention of crack 1. Direction of chip placement vs. Direction of PCB breaking line: 4. Over-press during chip placement makes PCB bent: 7. By tightening the machine screw: Good case Bad case Good case Bad case screwdriver PCB PCB 2. Distance & direction between chip and breaking line: Perforation [ Support pin should be used. ] 5. By putting connectors and so on: [ Set the work setting that substrate does not bend. Use suitable and torque screwdriver which does not tighten screws too much. ] Slit Magnitude of stress 1 > 2 3 > 4 > 5 [ Set the suitable clearance to the hole for setting. ] 3. Direction of PCB Bending: Good case Bad case 6. By inserting or pulling out the socket: socket Compression Tensile stress 49

50 Ceramic Capacitors MLCC crack & short circuit protection Flexiterm/Soft-/Polymer-Termination Open Mode/FR Design FLEXITERM TM Mechanical force absorbed by the FLEXITERM Layer Uses additionally to the standard chip design with its high volumetric efficiency a conductive epoxy coat between first termination layer and the NiSn plating. Through this flexible epoxy coat the MLCC withstands much higher bendingstresses.beyond this in case of too high mechanical stress instead of the chip the layer tends to brake. Shortening of overlapping opposite electrodes and terminations results in a gap between termination and active area. But this construction results in lower cap.-values in comparison to a standard chip design. If a typical bendingcrack occurs, it will not cross opposite electrodes no short circuit. Supplier Overview Supplier Flexiterm / Soft- / Polymer- Termination Open Mode / FR Design Combined Designs Flexiterm / Softtermination with Open Mode Design Cascade Design AEC-Q200 AVX Murata (in development) Samsung (in development) TDK Vishay (in qualification) (only commercial) (only commercial) Clamp 30 solutions Equipment! Car Battery Clamp 30 Capacitance requirement More than 95% of defect components sent back to the supplier for analysis are damaged mechanically by bendingstress. Based on this fact the typical recommendation of auto-motive customers for connections directly across the battery is to use 2 parts connected in series and mounted in a 90 angle to each other on the pcb. The problem is that this solution assumes that board bending happens only in rectangular directions and always effects just one of the two components. But what happens at diagonal stress-directions on the pcb? 50

51 Higher reliability with our manufacturers solutions Flexiterm, Soft-Termination with Open Mode Design Flexiterm, Soft-Termination with Cascade Design Flex termination Open mode Current flow stops here! Combines the feature of a flexible conductive epoxy coat with an OpenMode/FR Design. But: this construction results in lower cap.-values in comparison to standard chip design. Additional assurance to avoid a short circuit in the impropable case of a typical bendingcrack. Comparison of Failure Safe Design Combines the feature of a flexible conductive epoxy coat with an internal serial construction of two caps. Maximum capacity is about a third compared to a standard design based both on series connection and the gap between the two active areas. Double insurance: in the impropable case of a crack almost no short circuit is possible! Combined Designs Flexiterm / Softtermination with Flexiterm / Soft- / Polymer-Termination Open Mode / FR Design Floating Electrode/ Cascade / Serial construction Standard Design Cascade Mode Design Open Mode Design Capacitance Range Narrow Middle Wide Middle Narrow Wide Mechanical Stress Bending Strength Temp. Cycle Excellent Excellent Excellent Normal Normal Normal Excellent Excellent Excellent Normal Normal Normal Function of Failure Excellent Excellent Very good Good Very good Fear Based on our experience and according to supplier information both of these automotive MLCCs crack with this solution in the majority of cases. Parts with features like Flexiterm/Soft- /Polymer-termination however don t show bending cracks up to day. This results in better reliability and higher security by using only one part with such a special feature than with two parts connected in series orientated at 90. Additionally the suppression performance of 2 serial connected parts decreases and the total capacitance is only half of one part. The highest level of security can be reached by usage of an automotive MLCC with a combined design, i.e. a Flexiterm/Soft- /Polymer-termination together with OpenMode or Cascade design. Security AEC-Q200 + Combined Design AEC-Q200 + Flexiterm AEC-Q200 2 times in series Solutions 51

52 Ceramic Capacitors Small Sizes Nowadays the electronic market requires: that more and more applications are getting smaller or that more functions are integrated within the already existing device sizes. As a result of this the space for electronic components on the pcb is limited. Therefore the market trend leads to capacitors with smaller sizes. Besides 0402 (1,0x0,5mm) well-known is case size 0201 (0,6x0,3mm). But the currently smallest ceramic capacitor (0,4x0,2mm) is also already in production. Definition Commercial Types AEC- Q200 Size Dimensions Ceramic NP0 X5R X7R Y5V NP0 X7R Temperature -55 to +125ºC -55 to +85ºC -55 to +125ºC -30 to +85ºC -55 to +125ºC -55 to +125ºC Tolerance +-5%/+-10% +-10%/ +-20% +-10%/+-20% % +-5%/ +-10% +-10%/ +-20% ,4x0,2mm ,6x0,3mm ,0x0,5mm Voltage 16V 6,3V Capacitance 0,2pF - 47pF 680pF - 10nF Voltage 10V - 50V 4V - 50V 6,3V - 50V 6,3V - 16V 25V 10V - 25V Capacitance 0,5pF - 100pF 100pF - 220nF 47pF - 10nF 1nF - 100nF 1,0pF - 100pF 100pF - 10nF Voltage 16V - 100V 4V - 25V 6,3V - 100V 6,3V - 50V 25V - 100V 10V - 100V Capacitance 0,5pF - 1,0nF 1nF - 2,2μF 100pF - 470pF 2,2nF - 1,0μF 0,5pF - 1,0nF 120pF - 100nF (4,7μF) Multilayer Chip Arrays Definition Commercial Types AEC- Q200 Size Dimensions No of caps Ceramic NP0 X5R X7R Y5V NP0 X7R X8R Temperature -55 to +125ºC -55 to +85ºC -55 to +125ºC -30 to +85ºC -55 to +125ºC -55 to +125ºC -55 to +150ºC Tolerance +-5%/ +-10% +-10%/ +-20% +-10%/ +-20% % +-5%/ +-10% +-10%/ +-20% +-10%/ +-20% ,0x1,37mm 2- Caps ,25x2,0mm 2- Caps ,25x2,0mm 4- Caps ,6x3,2mm 4- Caps Voltage 16V - 50V 6,3V - 16 V 6,3V - 50 V 50 V 16 V Capacitance 10pF - 1,0nF 22nF - 1μF 100pF - 150nF 10pF - 100pF 220pF - 680pF Voltage 16V - 100V 6,3V - 16V 6,3V - 100V 100V 16V - 100V Capacitance 10pF - 470pF 120nF - 2,2μF 220pF - 100nF 22pF - 470pF 470pF - 100nF Voltage 16V - 100V 6,3V - 10V 6,3V - 100V 25V 16V - 100V 16V - 100V Capacitance 1,0pF - 270pF 1,0μF (120nF- 820 nf)* 220pF - 100nF 100nF 10pF - 270pF 220pF - 10nF Voltage 16V - 100V 6,3V - 16V 6,3V - 100V 25V 16V - 100V 10V - 100V Capacitance 10pF - 470pF, 1,0μF 220pF - 100nF 10nF - 100nF 10pF - 470pF 220pF - 100nF 1nF on request (330nF - 2,2μF)* (120nF - 270nF)* * in development 4 pcs 0603 Capacitors = 1pc 0612 Array 4 pcs 0402 Capacitors = 1pc 0508 Array 2,3 (0,091) 1,5 (0,059) 2,0 (0,079) 1,4 (0,055) 1,0 (0,039) 1,88 (0,074) 6,0 (0,236) AREA=13,8mm 2 (0,543 in 2 ) 3,2 (0,126) AREA=6,4mm 2 (0,252in 2 ) 5,0 (0,197) AREA = 7,0mm 2 (0,276in 2 ) 2,1 (0,069) AREA 3=3,95mm 2 ( 0,156in 2 ) The element capacitor array gives a PCB space saving of over 50% vs four 0603 discretes and over 70% vs four 0805 discrete capacitors. The element capacitor array gives a PCB space saving of over 40% vs four 0402 discretes and over 70% vs four 0603 discrete capacitors. 52

53 High Voltage MLCC: 250V 5kV A lot of well-known leaded high voltage capacitors (discs) meanwhile can be replaced by chips (MLCC). In particular nowadays mostly used for applications like LCD backlight converters. To avoid arc-over problems, Vishay offers a special solution with the HVArc Guard Capacitors. This series provides in comparison to standard or competitor components: Increased voltage breakdown ratings Reduced body sizes Extended capacitor ranges No need to coat the parts or the pcb HV Arc Guard Capacitor with no Surface Arc-over Standard Capacitor with Surface Arc- over Definition Size Dimensions ,0x1,25mm ,2x1,6mm ,2x2,5mm ,5x3,2mm ,7x5,0mm Types Ceramic NP0 X7R Temperature -55 to +125ºC -55 to +125ºC Tolerance +-5%/ +-10% +-10% / +-20% Feature Standard HV Arc Guard Standard HV Arc Guard Voltage 250 V - 1,0 kv 1,0 kv - 1,5 kv 250 V - 1,0 kv 630 V - 1,0 kv Capacitance 0,5pF - 2,7 nf 10 pf pf 100 pf - 22 nf 100 pf - 3,3 nf Voltage 250V - 2,0 kv 1,0 kv - 1,5 kv 250 V - 2,0 kv 250 V - 1,0 kv Capacitance 1,0pF - 8,2 nf 10 pf - 1,5 nf 10 pf nf 100 pf - 47 nf Voltage 250 V - 3,0 kv 1,0 kv - 1,5 kv 250 V - 2,0 kv 250 V - 1,0 kv Capacitance 10 pf - 27 nf 10 pf - 3,3 nf 100 pf nf 100 pf - 82 nf Voltage 250 V - 4,0 kv V - 3,0 kv 250 V - 1,0 kv Capacitance 10 pf - 47 nf pf nf 100 pf nf Voltage 500 V - 4,0 kv 1,0 kv - 1,5 kv 250 V - 3,0 kv -- Capacitance 10 pf -12 nf 470 pf - 5,6 nf 100 pf - 1,0 μf -- Above you find preferred sizes, also available in 1808 / 1825 / 2225 / 3640 with voltages up to 5 kv. Several parts from AVX and Vishay (HV Arc Guard ) are available with Flexiterm- / Polymer-Termination. Safety & Suppression; X - and Y - Capacitors ,7 x 6,35 mm 1,0 kv - 1,5 kv 470 pf - 8,2 nf ,5 x 2,0 mm 250 V V 100 pf nf 1 Case N Line L 2 Case N Line L PE 2 Class I Class II Electrical equipment belongs to protection class I, their case is in connection to potential earth (PE). Any failure at Y-capacitors causes no danger of electric shock if connection to potential earth is not interrupted. Electrical equipment belongs to protection class II, it has no electrical connection to potential earth. Any failure at Y-capacitors could endanger a person touching the device if casing insulation is damaged. In most applications the usage of such types is regulated by law. These capacitors are components with approvals like: X-Y- Class Y3 - SMD X2Y3 - SMD Y2 - SMD X1Y2 - SMD X2 - SMD X1Y2 X1Y2 X1Y1 X1 Test-Voltage 1,5k Vac 1,5k Vac 1,5k Vac 1,5k Vac 1075 Vdc 2,0k Vac 2,6k Vac 4,0k Vac 3,5k Vac Cap.-Range 10 p - 1,5 n / 1,8 n - 4,7 nf Size / Leadspace 10 p - 2,2 n / 10 p - 4,7 nf 10 p pf 10 p - 4,7 nf 10 nf - 33 nf 10 pf - 12 nf 10 pf - 10 nf 10 pf - 4,7 nf 4,7 nf - 22 nf 1808 / / ,0 (7,5) 7,5 (10) 10 (12,5) 7,5 53

54 Ceramic Capacitors High Frequency / RF Microwave Chips The non-ideal characteristics of a real capacitor can be ignored at low frequencies. Physical size imparts inductance to the capacitor and dielectric and metal electrodes result in resistive losses, but these often are of negligible effects on the circuit. At the very high frequencies of radio communication (>100MHz) and satellite systems (>1GHz), these effects become important. Recognizing that a real capacitor will exhibit inductive and resistive impedances in addition to capacitance, the ideal capacitor for these high frequencies is an ultra low loss component which can be fully characterized in all parameters with total repeatability from unit to unit. Application examples are: Wireless systems (i.e. keyless entry system, alarm system, etc.) Communication market (Mobile Phones, Telephone Networks, etc.) Navigation systems TV systems (Satellite, Cable) Test & Measurement Equipment Radar systems Typical series from our suppliers are: AVX: SLC, U, Accu-P, SQ (former AQ) and HQ Series Murata: GJM, GQM, ERB, GMA Series Samsung: High Frequency Series Series: U, Accu-P, GJM, GQM, ERB, High Frequency SQ, HQ SLC, GMA Low Inductance Chips Low inductance products are specially designed with lower inductance than standard MLCCs. In general there are three factors that drive the need for these parts: Speed: the higher the operating frequency, the greater the need for Low Inductance MLCCs (typically 300MHz and more) Power: the higher the power demand of the IC, the greater the need for Low Inductance MLCCs Voltage: the lower the voltage, the lower the voltage drop minimum to keep the IC operating Application examples are: High end battery powered devices Lightweight military systems Harsh environment CPU applications 54

55 Feedthru & X2Y Chips The X2Y and Feedthru are special designed devices performing as a broadband filter enabling better EMC compliance for electrical equipment in a wide range of applications. Feedthru The construction of a feedthru capacitor provides low parallel inductance and offers excellent decoupling capability for all high di/dt environments and provides significant noise reduction in digital circuits up to 5 GHz. X2Y New design of X2Y series comprises two identical Y-capacitors and one X-capacitor. Thanks to the construction the device provides noise cancellation within the device, reducing ESL and offering superior decoupling and filtering. A B Multi-Layered Construction 4-Terminal X2Y Component Shield electrodes G1 Vcc or Signal In Vcc or Signal Out A B G2 Ground A G B G High Temperature. 150 C MLC Radial Automotive & 150 C new leaded types. Based on strong increase of sensors both in automotive appli - cations and for mounting on leadframes instead of pcb s, leaded multilayer capacitors (MLC) become more and more interesting. To fulfill automotive and high temperature requirements these MLCs have been created with AEC-Q200 qualification and additionally with some values specified up to 150 C. One of the best-known functions are the suppression capacitors for Hall Sensors. Ceramic NPO X7R X8R MLCC specified up to 150 C. Their electrostatic capacity temperature response is stable at 15% even in high temperature ranges (up to 150 C). Provides high-precision performance because their electrostatic capacity temperature response is ±7.5% in semi-high temperature ranges (up to 125 C). Mostly used in automotive applications in the engine bay Temperature -55 to +125 C -55 to +125 C -55 to +150 C Tolerance +-5% / +-10% +-10% / +-20% +-10% / +-20% Voltage 50V - 200V 50V - 100V 50V Capacitance 1,0pF - 8,2nF 470pF - 1μF 1nF / 10nF / 100nF Cap. Change [%] X7R +-15% (-55~125deg.C) 30 X8L % (-55~150deg.C) X8R +-15% (-55~150deg.C) 40 X8G 0 +/-30ppm/C Temperature [ C] 55

56 Ceramic Capacitors Multilayer Chip, Type KC Size L x W = 0,4 x 0,2 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Definition -55 to +125 C -55 to +85/+125 C Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/ X8G,X8R,X8L -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 0,1pF to 100pF 100pF to 10nF E-Series E-12 E-6 Voltage-Range 6,3V to 16V 6,3V to 10V Preferred Range Only on request Only on request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymer- termination OpenMode (FR-Design) Combined Design NP0 6,3 V 56pF - 100pF 10V 16 V 0,1pF - 100pF 25 V X5R 6,3 V 680pF - 10nF X7R X5R 10 V X7R 100pF - 1,0nF X5R 16 V X7R Y5V 150 C specified 56

57 Multilayer Chip, Type KC Size 0201 L x W = 0,6 x 0,3 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 0,5pF to 100pF 47pF to 220nF 1,0nF to 100nF 1,0pF to 10nF E-Series E-24 E-12 E-3 E-12 Voltage-Range 10V to 50V 4V to 50V 6,3V to 25V 10V to 25V Preferred Range Only on request Only on request Only on request Only on request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft-Polymertermination OpenMode (FR-Design) Combined Design NP0 10 V 1,5 pf pf 16 V 1,5 pf pf 25 V 0,5 pf -100 pf 1,0 pf pf 50 V 0,5 pf -100 pf X5R 4 V 100/220 nf 6,3 V 10 nf -100 nf 10 V 1,5 nf -10 nf 16 V 100 pf -10 nf 25 V 100 pf - 2,2 nf X7R 6,3 V 1,5 nf - 10 nf 10 V 100 pf - 10 nf 1,5 nf - 10 nf 16 V 100 pf - 10 nf 2,2 nf - 3,3 nf 25 V 100 pf -1,5 nf 100 pf - 1,5 nf 50 V 47 pf -470 pf Y5V 6,3 V 10 nf nf 10V 1,0 nf - 10 nf 16 V 10 nf 25 V 220 nf samples 100 nf samples 150 C specified 57

58 Multilayer Chip, Type KC Size 0402 L x W = 1,0 x 0,5 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/ X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/ +-10% +-0,25pF/+-5%/ +-10% +-0,25pF/+-5%/ +-10% Cap.-Range 0,5pF to 1,0nF 100pF to 2,2μF 10nF to 1,0μF 0,5pF to 100nF 1,0pF to 33nF 1,0 nf - 47 nf E-Series E-24 E-12 E-3 E-12 / E-6 E-12 / E-6 single values Voltage-Range 16V to 100V 4,0V to 100V 6,3V to 50V 16V to 100V 16V to 100V 16V to 100V Preferred Range 1,0pF to 1,0nF E-12-Values 1,0nF to 100nF E-6- up to 2,2μF E-3-Values 100nF to 1,0μF E-3-Values E-6-Values In qualification upon request only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft-Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 16 V 0,5 pf pf V 0,5 pf - 1,0 nf 1,0 pf - 1,0 nf 1 pf pf V 0,5 pf - 1,0 nf 0,5 pf pf 1 pf pf V 1,0 pf pf 1,0pF pf 1 pf pf X5R 4,0 V 100 nf - 2,2 μf ,3 V 68 nf - 2,2 μf V 1,0 nf - 2,2 μf V 22 nf nf V 4,7 nf nf X7R 6,3 V 100nF / 470nF smpl V 100 pf nf V 100 pf nf 6,8 nf nf 10 nf - 33 nf nf - 47 nf 25 V 100 pf - 47 nf 6,8 nf - 47 nf 120 pf - 18 nf ,8 nf / 10 nf 50 V 100 pf - 10 nf 120 pf - 22 nf 120 pf - 10 nf pf - 4,7 nf 100 V 120 pf - 4,7 nf 120 pf - 4,7 nf 120 pf - 4,7 nf ,0 nf - 3,3 nf Y5V 6,3 V 470 nf / 1,0 μf V 10 nf - 1,0 μf V 10 nf nf V 10 nf nf V 2,2 nf - 33 nf ,0 μf samples 220 nf samples AEC-Q in Quali. upon request (X8L) 58

59 Multilayer Chip, Type KC Size 0603 L x W = 1,6 x 0,8 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Definition -55 to +125 C -55 to +85/+125 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/ +-10% Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/ X8G,X8R,X8L -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C +-0,25pF/+-5%/ +-10% +-0,25pF/+-5%/ +-10% Cap.-Range 0,2pF to 10nF 100pF to 22μF 1,0nF to10μf 0,5pF to 1,0μF 1,0pF to 100nF 10pF to 220nF E-Series E-24 E-12 E-3 E-12 / E-6 E-12 / E-6 single values Voltage-Range 16V to 250V 4,0V to 250V 6,3V to 100V 16V to 200V 16V to 200V 16V to 100V Preferred Range 1,0pF to 1,0nF E-12- up to 10nF E3-Values 1,0nF to 1,0μF E-6- up to 22μF E3-Values 100nF to 1,0μF E-3-Values E-6-Values Upon request only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymer- termination OpenMode (FR-Design) Combined Design 150 C specified NP0 16 V 0,2 pf - 3,3 nf V 0,2 pf - 10 nf 3,9 nf - 10 nf V 0,2 pf - 3,3 nf 0,5 pf - 3,9 nf 1,0 pf pf pf - 2,2 nf 100 V 0,5 pf - 1,2 nf 0,5 pf - 1,5 nf 1,0 pf pf pf - 1,0 nf 200 V 0,5 pf - 270pF 1,0 pf pf 1,0 pf pf V 100 pf pf X5R 4,0 V 2,2μF / 10 μf X5R 6,3 V 470 nf - 22 μf X7R 470 nf - 2,2 μf X5R 10 V 220 nf - 10 μf X7R 100 pf - 2,2 μf X5R 16 V 220 nf - 4,7 μf X7R 100 pf - 1,0 μf 390 pf - 1,0 μf 270pF nf 150 nf --- 1,0 nf nf 100nF - 220nF X8L X5R 25 V 15 nf - 2,2 μf pf - 33 nf X7R 100 pf - 1,0 μf 390 pf - 1,0 μf 270pF nf 150 nf --- 1,0 nf nf 150nF / 220nF X8L 68nF / 100nF X8R 50 V 100 pf nf 330 pf nf 270 pf nf --- 1,0 nf nf 220pF - 100nF X8L 1,0nF - 47nF X8R 390pF - 18nF X8R 100 V 100 pf - 10nF 100 nf 330 pf - 22nF 100 nf 270 pf - 10 nf up to 39 nf --- 1,0 nf - 10 nf V 220 pf - 4,7 nf 330 pf - 4,7 nf 270 pf - 1,0 nf up to 4,7 nf 250 V 220pF - 2,2 nf Y5V 6,3 V 2,2 μf - 10 μf V 10 nf - 4,7 μf V 10 nf - 2,2 μf V 10 nf - 1,0 μf V 1,0 nf nf V 4,7 nf AEC-Q in Quali. upon request 59

60 Ceramic Capacitors Multilayer Chip, Type KC Size 0805 L x W = 2,0 x 1,25 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 0,47pF to 33nF 100pF to 47μF 10nF to 22μF 0,47pF to 4,7μF 1,0pF to 1,0μF 100 pf - 1,0 μf E-Series E-24 E-12 E-6 E-12 / E-6 E-12 / E-6 single values Voltage-Range 16V to 1kV 6,3V to 1kV 6,3V to 100V 10V to 500V 10V to 630V 16V to 100V Preferred Range 1,0pF to 1,0nF E-12- up to 10nF E-6- Values 1,0nF to 1,0μF E-6 up to 4,7μF E-3- Values 100nF to 10μF E-3-Values E-6-Values Upon request only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 16 V 0,5 pf - 10 nf 25 V 0,5 pf - 33 nf 22 nf - 33 nf 50 V 0,47 pf - 10 nf 0,47 pf - 22 nf 1 pf - 3,9 nf 100 pf - 10 nf 100 V 0,5 pf - 4,7 nf 0,47 pf - 3,3 nf 1 pf - 1,8 nf 100 pf - 1,5nF 200 V 0,5 pf nf 1,0 pf - 1,0 nf 1,0pF - 1,0 nf 250V 0,5 pf - 2,7 nf 100 pf - 2,2 nf Ceramic U2J 500 V 1 pf pf 1,0 pf pf 1,0 pf pf 630 V 10 pf pf 1 kv 10 pf pf X5R 6,3 V 1,5 μf - 47 uf X7R 2,2 μf / 10 μf X5R 10 V 1,0 μf - 22 μf X7R 100 pf - 10 μf 560 nf - 2,2 μf 560 nf - 1,0 μf 4,7 μf in X7S X5R 16 V 1,0 μf - 10 μf X7R 100 pf - 4,7 μf 470 pf - 4,7 μf 470 pf - 1,0 μf 470 pf nf 470 pf nf 330 nf - 1,0 μf in X8L X7R 25 V 100 pf - 2,2 μf 470 pf - 2,2 μf 470 pf nf 470 pf nf 330pF-220nF X8R 330/470nF X8L 50 V 100 pf - 1μF 470 pf nf + 1,0μF in 35V 470 pf nf 470 pf nf 470 pf nf 330pF-150nF X8R 220/330nF X8L 100 V 100 pf nf 470 pf nf 470 pf nf 470 pf - 47 nf 470 pf nf 200 V 220 pf - 27 nf 330 pf - 22 nf 330 pf - 22nF 470 pf - 22 nf 470 pf - 22 nf 250 V 220 pf - 22 nf 6,8 nf - 22 nf 1,0 nf - 15 nf on request 500 V 100 pf- 10nF on request 470 pf - 4,7nF 470 pf - 4,7nF also in 630V 1 kv 100 pf - 1,5nF Y5V 6,3 V 10 μf/ 22 μf 10 V 10 nf - 22 μf 16 V 10 nf - 10 μf 25 V 10 nf - 4,7μF 50 V 10 nf - 2,2 uf 100 V 10 nf nf AEC-Q in Quali. upon request 60

61 Ceramic Capacitors Multilayer Chip, Type KC Size 1206 L x W = 3,2 x 1,6 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/ X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance(Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 0,47pF to 220nF 10pF to 100μF 10nF to 47μF 0,47pF to 22μF 1,0pF to 4,7μF 1,0nF to 2,2μF E-Series E-24 E-12 E-3 E-12 / E-6 E-12 / E-6 single values Voltage-Range 16V to 3000V 4,0V to 3000V 6,3V to 100V 6,3V to 630V 16V to 2000V 16V to 100V Preferred Range 1,0pF to 1,0nF E-12- up to 10nF E-6-Values 1,0nF to 1,0μF E-6 up to 100μF E-3-Values 100nF to 10μF E-3-Values E-6-Values Upon request only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 16 V 0,5 pf -220 nf 25 V 0,5 pf -100 nf 47 nf -100 nf 50 V 0,47 pf -82 nf 0,47 pf -100 nf 1,0 pf - 10 nf 10 pf - 4,7 nf 10 pf - 4,7 nf 1,0 nf - 22 nf 100 V 0,5 pf -18 nf 0,47 pf -10 nf 1,0 pf - 10 nf 10 pf - 3,3 nf 10 pf - 3,3 nf 1,0 nf - 5,6 nf 200 V 0,5 pf -8,2 nf 1,0 pf -3,3 nf 1,0 pf - 3,3 nf 10 pf - 2,2 nf 10 pf - 2,2 nf -10nF N V 250 V 10 pf -8,2 n 500 V 0,5 pf -3,3 nf 600 V 10 pf -4,7 nf 630V 0,5 pf -4,7 nf 10 pf -1,0nF 1,0 pf - 1,0 nf 10 pf - 1,0 nf 10 pf - 1,0 nf N V 1 kv 10 pf -1,0 nf 2 kv 10 pf -270 pf 3 kv on request X5R 4,0 V 100 μf X5R 6,3 V 4,7 μf -100 μf X7R 10 μf -22 μf 22 μf X5R 10 V 1,0 μf -22 μf X7R 150 pf -10 μf 6,8μF / 10μF X5R 16 V 2,2 μf -22 μf X7R 150 pf -10 μf 1,0 nf - 10 μf 1,0 nf - 2,2 μf 270 pf nf 4,7μF 270 pf nf 1,5μF / 2,2μF X8L X7R 25 V 150 pf -10 μf 1,0 nf - 4,7 μf 1,0 nf - 2,2 μf 270 pf nf 270 pf nf 1,0nF - 470nF X8R 1,0μF X8L 50 V 150pF -4,7 μf 1,0 nf - 2,2 μf 1,0 nf - 1,0 μf 270 pf nf 270 pf nf 1,0nF - 330nF X8R 470nF; 1,0μF X8L 100 V 150 pf -1 μf 1,0 nf nf 1,0 nf nf 270 pf nf 270 pf nf 1,0 μf 200 V 270 pf -100 nf 680 pf nf 680 pf nf 270 pf - 82 nf 270 pf - 82 nf 250 V 470 pf -100 nf 15 nf nf 15 nf nf 500 V 330 pf -33 nf 120 pf - 18 nf 1,0 nf - 10 nf 600 V 10 pf -1,2 nf 630 V 10 pf -4,7 nf 1,0 nf - 33 nf 120 pf - 18nF 270 pf - 33 nf 270 pf - 18 nf 630dc/250ac 1,0 nf -4,7 nf 1 kv 100 pf -10 nf 270 pf - 4,7 nf 270 pf - 4,7 nf 1,5 kv 100 pf -2,7 nf 270 pf - 1,8 nf 270 pf - 1,8 nf 2 kv 10 pf -2,2 nf 270 pf - 1,0 nf 270 pf - 1,0 nf 3 kv on request Y5V 6,3 V 10 μf -47 μf 10 V 10 nf -22 μf 16 V 10 nf -22 μf 25 V 10 nf -10 μf 50 V 10 nf -4,7 μf 100 V 10 nf -220 nf AEC-Q in Quali. upon request 61

62 Multilayer Chip, Type KC Size 1210 L x W = 3,2 x 2,5 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/ X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 1,0pF to 100nF 100pF to 100μF 100nF to 100μF 100pF to 22μF 10pF to 4,7μF 10nF to 470 nf E-Series E-12 E-12 E-3 E-12 / E-6 E-12 / E-6 single values Voltage-Range 25V to 3000V 4,0V to 3000V 6,3V to 100V 10V to 630V 16V to 1000V 16V to 100V Preferred Range 2,2nF to 10nF E-6-Values 220nF to 1,0μF E-6 up to 100μF E-3-Values 10μF to 100μF E-3-Values E-6-Values Upon request Only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 25 V 1,0 nf -22 nf 50 V 1,0 pf -100 nf 100 pf nf 100 pf - 22 nf 10 pf - 8,2 nf 10 pf - 8,2 nf 100 V 1,0 pf -47 nf 100 pf - 22 nf 100 pf - 22 nf 10 pf - 4,7 nf 10 pf - 4,7 nf 200 V 10 pf -27 nf 100 pf - 12 nf 100 pf - 12 nf 10 pf - 4,7 nf 10 pf - 4,7 nf 250 V 1,0 nf -27 nf 500 V 10 pf -2,2 nf 10 pf - 1,2 nf 10 pf - 1,2 nf 600 V 100 pf -2,7 nf 630V 10 pf -6,8 nf 100 pf - 1,8 nf 100 pf - 1,8 nf 1,5nF / 2,2nF N750 1 kv 10 pf -1,5 nf 1,5 kv 10 pf -680 pf 2 kv 10 pf -470 pf 3 kv on request X5R 4 V 100 uf X5R 6,3 V 22 μf -100 μf X7R 22 μf X5R 10 V 10 μf -47 μf X7R 1,5 uf -47 μf 22 μf X5R 16 V 4,7 μf -47 μf X7R 1,0 nf -22 μf 1,0 nf - 22 μf 1,0 nf - 4,7 μf 10 nf - 4,7 μf 10 nf - 1,0 μf 150 nf nf X5R 25 V 1,0 μf -22 μf X7R 10 nf -22 μf 1,0 nf - 10 μf 1,0 nf - 4,7 μf 10 nf - 2,2 μf 10 nf nf 10 nf nf X7R 50 V 2,0 nf -4,7μF 1,0 nf - 4,7 μf 1,0 nf - 4,7 μf 10 nf nf 10 nf nf 10 nf nf +10μF in 35V 100 V 2,2 nf -2,2 μf 1,0 nf - 2,2 μf 1,0 nf - 1,0 μf 10 nf nf 10 nf nf 47 nf nf 200 V 1,5 nf -150 nf 3,3 nf nf 3,3 nf nf 10 nf nf 10 nf nf 250 V 10 nf -220 nf 100nF / 220nF 100nF / 220nF 500 V 1,0 nf -47 nf 600 V 1,0 nf -56 nf 630 V 1,0 nf -68 nf 390 pf - 68 nf 390 pf - 39 nf 10 nf - 68 nf 10 nf - 39 nf 630dc/250ac 10 nf15 nf 1 kv 390 pf -33 nf 390 pf - 10 nf 390 pf - 10 nf 1,5 kv 100 pf -6,8 nf 390 pf - 4,7 nf 390 pf - 4,7 nf 2 kv 100 pf -3,9 nf 330 pf - 3,3 nf 330 pf - 3,3 nf 3 kv on request Y5V 6,3 V 47 μf100 μf 10 V 22 uf -47 μf 16 V 3,3 uf -47 μf 25 V 1,0 uf -22 μf 35 V 10 uf 50 V 100 nf -10 μf 100 V 100 nf AEC-Q in Quali. 62

63 Multilayer Chip, Type KC Size 1808 L x W = 4,5 x 2,0 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 2,2pF to 10nF 10pF to 270nF E-Series E-12 E-12 Voltage-Range 250Vac / 1kV to 4kV 250Vac / 1kV to 3kV Preferred Range Only on request Only on request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 50 V 10 pf -10 nf 100 V 10 pf -6,8 nf 200 V 68 pf -6,8 nf 250 Vac 2,2 pf -390 pf 500 V 10 pf -2,7 nf 600 V 10 pf -3,3 nf 1 kv 10 pf -2,2 nf 1,5 kv 10 pf -820 pf 2 kv 10 pf -470 pf 2,5 V 10 pf -180 pf 3 kv 10 pf -220 pf 4 kv 10 pf -47 pf X7R 50 V 10 nf -270 nf 100 V 10 nf -180 nf 200 V 10 nf -100 nf 250 Vac 150 pf -1,0 nf 250 Vac 10 pf -1,8 nf 500 V 1,0 nf -47 nf 600 V 470 pf -68 nf 1 kv 470 pf -18 nf 1,5 kv 100 pf -6,8 nf 2 kv 100 pf -3,3 nf 2,5 kv 10 pf -2,2 nf 3 kv 10 pf -1,5 nf With X- and Y- approvals; more detailed look to Suppression (Safety) Cap's 63

64 Multilayer Chip, Type KC Size 1812 L x W = 4,5 x 3,2 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance(Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 10pF to 220nF 10pF to 100μF 220nF to 100μF 10pF to 33μF 10 pf to 10 μf 22nF to 1,0μF E-Series E-24 E-12 E-3 E-12 / E-6 E-12 / E-6 E-12 Voltage-Range 25V to 4000V 6,3V to 3000V 10V to 100V 16V to 2000V 16V to 3000V 25V / 50V Preferred Range Upon request 4,7μF to 22μF E-3-Values 4,7μF to 22μF E-3-Values Upon request Upon request Only upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 25 V 1,0 nf -100 nf 50 V 10 pf -220 nf 39 pf nf 39 pf - 22 nf 10 pf - 18 nf 10 pf - 18 nf 100 V 10 pf -100 nf 39 pf - 15 nf 39 pf - 15 nf 10 pf - 12 nf 10 pf - 12 nf 200 V 10 pf -47 nf 39 pf - 12 nf 39 pf - 12 nf 10 pf - 10 nf 10 pf - 10 nf 250 V 1 nf -47 nf 250 Vac 2,2pF pf 500 V 10 pf - 5,6 nf 39 pf - 4,7 nf 39 pf - 4,7 nf 10 pf - 3,9 nf 10 pf - 3,9 nf also 630V also 630V 600 V 100 pf - 5,6 nf 630 V 10 pf - 22 nf 10 pf - 2,2 nf 10 pf - 2,2 nf 1 kv 18 pf - 3,3 nf 39 pf - 2,2 nf 39 pf - 2,2 nf 10 pf - 2,2 nf 10 pf - 2,2 nf 1,5 kv 10 pf - 1,8 nf 2 kv 10 pf - 1,0 nf 12 pf pf 12 pf pf 10 pf pf 10 pf pf 3 kv 10 pf pf 10 pf pf 10 pf pf 4 kv 10 pf pf X5R 6,3 V 33 μf μf X5R 10 V 22 μf - 47 μf X7R 22 μf X5R 16 V 22 μf -33 μf X7R 56 nf - 33 μf 15 μf - 33 μf 56 nf - 1,0 μf 4,7 μf / 10 μf X5R 25 V 10 μf - 22 μf X7R 22 nf - 22 μf 4,7 μf - 22 μf 56 nf - 1,0 μf 3,3 μf / 4,7 μf 22 nf - 1,0 μf X5R 50 V 2,2 μf- 4,7 μf X7R 50 V 100 pf - 6,8 μf 1,0 nf - 4,7 μf 1,0 nf - 4,7 μf 100 pf - 1,5 μf 100 pf - 1,2 μf 22 nf nf 100 V 100 pf - 2,2 μf 1,0 nf - 2,2 μf 1,0 nf - 2,2 μf 100 pf - 1,0 μf 100 pf - 1,0 μf 200 V 100 pf nf 10 nf nf 10 nf nf 100pF nf 100pF nf 250 V 100 pf nf 100pF nf 100pF nf 250 Vac 2,2 nf - 47 nf 250 Vac 270pF-4,7nF 2kVdc) 500 V 100 pf nf 10 nf - 82 nf 10 nf - 82 nf 100 pf nf 100 pf nf 600 V 1,0 nf nf 630 V 270 pf nf 10 nf - 82 nf 10 nf - 82 nf 270 pf nf 270 pf nf 1 kv 270 pf - 47 nf 270 pf - 27 nf 270 pf - 27 nf 1,5 kv 100 pf - 15 nf 270 pf - 10 nf 270 pf - 10 nf 2 kv 100 pf - 10 nf 270 pf - 6,8 nf 270 pf - 6,8 nf 3 kv 10 pf - 4,7 nf 270 pf - 2,2 nf 270 pf - 2,2 nf Y5V 10 V 100 μf 16 V 22 μf - 47 μf 25 V 10 μf - 22 μf 50 V 10 μf -10 μf 100 V 220 nf With X- and Y- approvals; more detailed look to Suppression (Safety) Cap's AEC-Q in Quali. 64

65 Multilayer Chip, Type KC Size 1825 L x W = 4,5 x 6,35 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 10pF to 47nF 100pF to 1,8μF 15pF to 1,5μF E-Series E-12 E-12 E-12 / E-6 Voltage-Range 50V to 4000V 25V to 3000V 50V to 1000V Preferred Range Upon request Upon request Upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 50 V 1,0 nf - 47 nf 33 pf - 33 nf 100 V 1,0 nf - 33 nf 33 pf - 27 nf 200 V 100 pf - 27 nf 33 pf - 22 nf 500 V 100 pf - 10 nf 33 pf - 8,2 nf 600 V 1,0 nf - 12 nf 630 V 1,0 nf - 12 nf 15 pf - 2,2 nf 1 kv 100 pf - 8,2 nf 15 pf - 2,2 nf 1,5 kv 100 pf - 4,7 nf 2 kv 100 pf - 1,8 nf 2,5 kv 10 pf - 1,2 nf 3 kv 10 pf pf 4 kv 10 pf pf X7R 25 V 22 nf - 2,7 μf 50 V 10 nf - 1,8 μf 100 V 10 nf - 1,0 μf 10 nf - 1,5 μf 200 V 15 nf nf 10 nf nf 250 V 150 nf - 1,0 μf 500 V 15 nf nf 10 nf nf 600 V 10 nf nf 100 nf nf 630 V 10 nf nf 100 nf nf 10 nf - 82 nf 1 kv 1,0 nf nf 47 nf nf 10 nf - 82 nf 1,5 kv 1,0 nf - 56 nf 22 nf - 56 nf 2 kv 100 pf - 27 nf 15 nf - 27 nf 2,5 kv 100 pf - 15 nf 8,2 nf - 15 nf 3 kv 100 pf - 12 nf 5,6 nf - 12 nf as "Tip&Ring" 65

66 Multilayer Chip, Type KC Size 2211 L x W = 2211 Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 150pF to 1,5nF E-Series E-6 Voltage-Range 250Vac Preferred Range Upon request With X- and Y- approvals; more detailed look to Suppression (Safety) Cap's Ceramic Voltage Commercial Range X7R 250 Vac 150 pf - 1,0 nf size 2208 AVX Serie CF class Y2 250 Vac 470 pf - 1,5 nf Murata Serie GF class X1/Y2 AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified 66

67 Multilayer Chip, Type KC Size 2220 L x W = 5,7 x 5,0 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 10pF to 130nF 100pF to 100μF 22μF to 100μF 100nF to 22μF 270pF to 22μF E-Series E-24 E-12 E-3 E-6 E-12 / E-6 Voltage-Range 50V to 4000V 6,3V to 3000V 10V to 100V 25V to 630V 16V to 3000V Preferred Range Upon request Upon request Upon request Upon request Upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 50 V 1,0 nf nf 270 pf - 39 nf 270 pf - 39 nf 100 V 1,0 nf - 68 nf 270 pf - 27 nf 270 pf - 27 nf 200 V 3,3 nf - 39 nf 270 pf -12 nf 270 pf -12 nf 250 V Upon request 500 V 560 pf - 10 nf 270 pf - 4,7 nf 270 pf - 4,7 nf 630V 1,0 nf - 12 nf 270 pf - 4,7 nf 1 kv 1,0 nf - 10 nf 270 pf - 4,7 nf 2 kv 100 pf - 2,2 nf 3 kv 10 pf - 1,0 nf 4 kv 10 pf pf X5R 6,3 V 47 μf / 100 μf X5R 10 V 47 μf X5R 16 V 33 μf / 47 μf X7R 33 μf / 47 μf 15μF / 22 μf X5R 25 V X7R 100 nf - 2,2 μf 100 nf - 22 μf 100 nf - 2,2 μf 6,8 μf - 15 μf 10 μf - 22 μf 10 μf - 22 μf X5R 50 V 10 μf X7R 100 nf - 10 μf 100 nf - 10 μf 100 nf - 10 μf 10 nf - 1,8 μf 10 nf - 1,8 μf 100 V 100 nf - 4,7 μf 100 nf - 3,3 μf 100 nf - 2,2 μf 10 nf - 1,5 μf 10 nf - 1,5 μf 200 V 100 nf nf 330 nf - 1,0 μf 10 nf nf 10 nf nf 250 V 330 nf - 1,0 μf 10 nf - 1,5 μf 250 Vac 100 nf 250 Vac 10 nf - 33 nf 250 Vac 100 pf - 4,7 nf 500 V 15 nf nf 10 nf nf 630 V 10 nf nf 150 nf / 220 nf 100 nf nf 10 nf nf 10 nf nf 1 kv 1,0 nf nf 47 nf nf 10 nf - 82 nf 10 nf - 82 nf 2 kv 1,0 nf - 27 nf 15 nf - 27 nf 5,6 nf - 27 nf 5,6 nf - 27 nf 3 kv 100 pf - 12 nf 1,0 nf - 2,2 nf 1,0 nf - 2,2 nf Y5V 10 V 100 μf 16 V 100 μf 25 V 47 μf 50 V 22 μf Class X2 Class X1/Y2 67

68 Multilayer Chip, Type KC Size 2225 L x W = 5,7 x 6,35 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 10pF to 56nF 100pF to 4,7μF 270pF to 1,8μF E-Series E-12 E-12 E-12 / E-6 Voltage-Range 50V to 4000V 25V to 3000V 50V to 2000V Preferred Range Upon request Upon request Upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 50 V 1,0 nf - 56 nf 270 pf - 47 nf 100 V 1,0 nf - 47 nf 270 pf - 39 nf 200 V 1,0 nf - 39 nf 270 pf - 33 nf 500 V 100 pf - 12 nf 270 pf - 10 nf 600 V 1,0 nf - 18 nf 630 V 1,0 nf - 18 nf 270 pf - 4,7 nf 1 kv 1,0 nf - 10 nf 270 pf - 4,7 nf 1,5 kv 100 pf - 5,6 nf 2 kv 100 pf - 2,7 nf 2,5 kv 100 pf - 1,8 nf 3 kv 10 pf - 1,2 nf 4 kv 10 pf pf X7R 25 V 33 nf - 4,7 μf 50 V 33 nf - 2,7 μf 100 V 33 nf - 1,8 μf 10 nf - 1,8 μf 200 V 33 nf - 1,2 μf 10 nf - 1,2 μf 250 V 33 nf - 1,2 μf 500 V 33 nf nf 10 nf nf 600 V 10 nf nf 100 nf nf 630 V 10 nf nf 100 nf nf 10 nf nf 1 kv 1,0 nf nf 47 nf nf 10 nf nf 1,5 kv 1,0 nf - 68 nf 22 nf - 68 nf 5,6 nf - 47 nf 2 kv 1,0 nf - 33 nf 15 nf - 33 nf 5,6 nf - 47 nf 2,5 kv 100 pf - 22 nf 12 nf - 22 nf 3 kv 100 pf - 15 nf 8,2 nf - 15 nf as "Tip&Ring" 68

69 Multilayer Chip, Type KC Size 3640 L x W = 9,14 x 10,20 mm Ceramic Commercial NP0 (COG) Commercial X5R / X7R Commercial Y5V AEC-Q200 NP0(COG) / X7R Short circuit protection NP0(COG) / X7R 150 C specified NP0(COG)/X8G,X8R,X8L Definition -55 to +125 C -55 to +85/+125 C -30 to +85 C -55 to +125 C -55 to +125 C -55 to +150 C Tolerance (Std.) +-0,25pF/+-5% +- 10% % +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% +-0,25pF/+-5%/+-10% Cap.-Range 10pF to 47nF 100pF to 560nF E-Series E-12 E-6 Voltage-Range 600V to 5000V 600V to 5000V Preferred Range Upon request Upon request Ceramic Voltage Commercial Range AEC-Q200 Range Flexiterm Soft- Polymertermination OpenMode (FR-Design) Combined Design 150 C specified NP0 600V 1,0 nf -47 nf 630 V 1,0 nf -47 nf 1 kv 1,0 nf -22 nf 1,5 kv 100 pf -10 nf 2 kv 100 pf -6,8 nf 2,5 kv 100 pf -3,9 nf 3 kv 100 pf -2,7 nf 4 kv 100 pf -1,2 nf 5 kv 10 pf -820 pf X7R 600 V 10 nf -560 nf 630 V 10 nf -560 nf 1 kv 10 nf -220 nf 1,5 kv 1,0 nf -100 nf 2 kv 1,0 nf -27 nf 2,5 kv 1,0 nf -22 nf 3 kv 1,0 nf -18 nf 4 kv 100 pf -6,8 nf 5 kv 100 pf -3,3 nf 69

70 Ceramic Capacitors Multilayer Chip Array Standard, Type KN Size Caps L x W = 1,0 x 1,37 mm Ceramic NP0 (COG) X5R / X7R Definition -55 to +125 C -55 to +85 C / +125 C Tolerance (Std.) 5% / 10% 10% / 20% Cap. Range 10 pf to 1,0 nf 120 pf to 2,2 μf E-Series E-12 E-12 Voltage Range 16V to 50V 6,3V to 50V Preferred Range Still on request Plan 10 pf to 1,0 nf E-6-Values Still on request Plan 1,0 nf to 100 nf E-3-Values Size Caps L x W = 2,0 x 1,25 mm Ceramic NP0 (COG) X5R / X7R Definition -55 to +125 C -55 to +85 C / +125 C Tolerance (Std.) 5% / 10% 10% / 20% Cap. Range 10 pf to 470 pf 220 pf to 2,2 μf E-Series E-12 E-12 Voltage Range 16 V to 100 V 6,3 V to 100 V Preferred Range Still on request Plan 10pF to 470pF E-6-Values Still on request Plan 1,0 nf to 100 nf E-3-Values + 1,0 μf Ceramic Voltage Capacitance Range NP0 16 V 10 pf - 1,0 nf 25 V 10 pf pf 50 V 10 pf pf X5R 6,3 V 100 nf - 2,2 μf 10 V 22 nf - 2,2 μf X7R 10 V 22 nf nf 16 V 120 pf nf 25 V 120 pf - 22 nf 50 V 120 pf - 10 nf Ceramic Voltage Capacitance Range NP0 16 V 10 pf pf 25 V 10 pf pf 50 V 10 pf pf 100 V 10 pf pf X5R 6,3 V 120 nf - 2,2 μf 10 V 120 nf - 2,2 μf 16 V 220 nf - 1,0 μf X7R 16V 220 pf nf 25 V 220 pf nf 50 V 220 pf - 47 nf 100 V 220 pf - 10 nf Size Caps L x W = 2,0 x 1,25 mm Ceramic NP0 (COG) X7R Definition -55 to +125 C -55 to +125 C Tolerance (Std.) 5% / 10% 10% / 20% Cap. Range 10 pf to 270 pf 220 pf to 1,0 μf E-Series E-12 E-12 Voltage Range 16 V to 100 V 10V to 100V Preferred Range Still on request Plan 10 pf to 220 pf E-6-Values Still on request Plan 1,0 nf to 100 nf E-3-Values Ceramic Voltage Capacitance Range NP0 16 V 10 pf pf 25 V 10 pf pf 50 V 10 pf pf 100 V 10 pf pf X5R 10 V 1,0 μf X7R 16V 220 pf nf 25 V 220 pf - 22 nf 50 V 220 pf - 18 nf 100 V 220 pf - 4,7 nf Special Types Several other and special Arrays, at ex. Multi -Arrays, or Feed Through- Arrays, or Filter-Arrays on request. Size Caps L x W = 3,2 x 1,6 mm Ceramic NP0 (COG) X5R / X7R Y5V Definition -55 to +125 C -55 to +85 / -30 to +85 C 125 C Tolerance (Std.) 5% / 10% 10% / 20% % Cap. Range 10 pf to 1,0 nf 220 pf to 1,0 μf 2,2 nf to 100 nf E-Series E-12 E-12 E-6 Voltage Range 16 V to 100 V 10 V to 100 V 25 V / 50 V Preferred Range Still on request Plan 10 pf to 1,0 nf E-6-Values Still on request Plan 1,0 nf to 100 nf E-6-Values + 1,0 μf Still on request Plan 100 nf Ceramic Voltage Capacitance Range NP0 16 V 10 pf pf 25 V 10 pf pf 50 V 10 pf - 1,0 nf 100 V 10 pf pf X5R 6,3 V 1,0 μf 10 V 470 nf / 1,0 μf 16 V 1,0 μf X7R 6,3 V 1,0 μf 16 V 220 pf nf 25 V 220 pf nf 50 V 220 pf nf 100 V 220 pf - 22 nf Y5V 25 V 10 nf nf 50 V 10 nf - 47 nf 70

71 Ceramic Capacitors Multilayer Chip Array AECQ200, Type KN Size Caps LxW=2,0x1,25 mm Caps LxW=2,0x1,25 mm Caps LxW=3,2x1,6 mm Ceramic NP0 (COG) AECQ200 X7R AECQ200 NP0 (COG) AECQ200 X7R AECQ200 NP0 (COG) AECQ200 X7R AECQ200 Definition -55 to +125 C -55 to +125 C -55 to +125 C -55 to +125 C -55 to +125 C -55 to +125 C Tolerance +-5% / +-10% +-10% / +-20% +-5% / +-10% +-10% / +-20% +-5% / +-10% +-10% / +-20% Cap. Range 22pF to 470pF 470pF to 100 nf 10pF to 270pF 220pF to 10nF 10pF to 470pF 220pF to 100nF E-Series E-12 E-12 E-12 E-12 E-12 E-12 Voltage-Range 100V 16V to 100V 16V to 100V 16V to 100V 16V to 100V 16V to 100V Preferred Range Only on request Only on request Only on request Only on request on request on request Voltage NP0 (COG) X7R NP0 (COG) X7R NP0 (COG) X7R 16 V 470pF to 100nF 10pF to 270pF 220pF to 10nF 10pF to 470pF 220pF to 100nF 25 V 470pF to 100nF 10pF to 270pF 220pF to 10nF 10pF to 470pF 220pF to 47nF 50 V 470pF to 100nF 10pF to 270pF 220pF to 10nF 10pF to 470pF 220pF to 47nF 100 V 22pF to 470pF 1,0 nf to 10nF 10pF to 220pF 220pF to 4,7nF 10pF to 390pF 220pF to 22nF On request: Smaller sizes and voltages 6,3 V / 10 V Multilayer Leaded, Type KV Ceramic NP0 (COG) X7R Z5U Definition -55 to +125 C -55 to +125 C +10 to +85 C Tolerance(Std.) 0,25pF/ 5% 10% 20% Cap.-Range radial 1,0 pf to 100 nf 100 pf to 4,7 μf 1,0 nf to 4,7 μf Cap.-Range axial 1,0 pf to 12 nf 100 pf to 1,0 μf 10 nf to 1,0 μf E-Series E-24 E-12 E-3 Ceramic NP0 X7R Z5U Voltage 50V 100V 200V 50V 100V 200V 50V 100V radial 10pF - 100nF 10pF - 68nF 1,0pF - 3,9nF 220pF - 4,7μF 220pF - 2,2μF 220pF - 1,8μF 1,0nF - 4,7μF 1,0nF - 2,2μF axial 10pF - 12nF 10pF - 8,2nF 1,0pF - 2,2nF 220pF - 1,0μF 220pF - 180nF 220pF - 47nF 1,0nF - 1,0μF 1,0nF - 470nF AEC-Q V / 100 V (radial) on request: 125 C 470 pf to 1,0 μf 150 C 1 nf to 100 nf 71

72 Ceramic Capacitors Multilayer Advanced, Type KVA Quick Reference Data Ceramic NP0 (COG) X7R Z5U Temp. Range -55 to +125 C -55 to +125 C +10 to +85 C Tolerance 5, 10, 20% 5, 10, 20% % Cap. Range 10pF to 16μF 1,0nF to 400μF 100nF to 1300μF Voltage Range 25V to 5,0kV 25V to 5,0kV 25V to 200V Constructions radial 2- & 4-leads DualInLine, in SMD too, non and insulated, boxed radial 2- & 4-leads DualInLine, in SMD too, non and insulated, boxed radial 2- & 4-leads DualInLine, in SMD too, non and insulated, boxed Special- / customized on request Typical Applications Funktion typical Values typical Voltages Ceramic InPut-RFI-Filter up to 100nF up to 1000Vdc X7R InPut-Filter 2μF-33μF 50V DC/DC-Converter X7R up to 500V for AC-InPuts Decoupling 100nF 50Vdc X7R Timing up to 10nF 50Vdc NP0 Snubber up to 10nF 1000Vdc NP0 Coupling up to 2μF 500V X7R OutPut-Filter 1μF to 47μF 50V X7R OutPut-RFI-Filter up to 100nF > 50Vdc X7R Software for calculation temperature-rise, current and ESR, named "SpiCalci" is available Single Layer (Disc), Type KE Ceramic Class 1 2 Ceramic Name P100, NP0 (COG)...N1500, SL 2B4, Y5E,...Y5V ( B, E...F) Temp.Range -25 to -55 up to +85 to +125 C -10 to -55 up to +85 to +125 C Tolerance 0,25pF/ 2%/ 5%/ 10% 10%/ 20 to % Cap.-Range 0,47pF to 1,0nF 100pF to 47nF Voltage-Range 50V to 5kV 50V to 5kV Leadspace 2,5 mm to 10mm 2,5 mm to 10mm Preferred Range 1,0pF to 47pF 500V E-12-Values leadspace 5mm, taped 100pF to 1,0nF 500V up to 10nF 100V E-6-Values leadspace 5mm, taped Special Types higher voltages, other leadspace, cylindrical case, plates, pots, etc. on request Ceramic name Class P100 NP0 N150 N220 N330 N750 N1500 C,D,R SL B E F (~N2500) Voltage 50V 10pF - 820pF 100pF - 10nF 1,0nF - 22nF 2,2nF - 47nF 100V 0,47pF - 47pF 1,0pF - 390pF 3,3pF - 220pF 4,7pF - 270pF 4,7pF - 100pF 1,0pF - 330pF 6,8pF - 560pF 220pF - 10nF (in 250V ) 1,0pF - 1,0nF 56pF - 10nF 680pF - 22nF 1,2nF - 22nF 500V 0,47pF - 33pF 1,0pF - 330pF 1,0pF - 150pF 1,0pF - 330pF 6,8pF - 330pF 100pF - 4,7nF 1,0pF - 1,0nF 56pF - 10nF 820pF - 22nF 1,2nF - 22nF 1kV 3,9pF - 180pF 6,8pF - 270pF 100pF - 4,7nF 0,47pF - 220pF 100pF - 4,7nF 270pF - 22nF 820pF - 22nF 2kV 3,9pF - 150pF 6,8pF - 270pF 220pF - 4,7nF 15pF - 330pF 100pF - 4,7nF 330pF - 10nF 1,0nF - 15nF 3kV 3,9pF - 120pF 6,8pF - 220pF 150pF - 2,7nF 10pF - 390pF 100pF - 3,9nF 390pF - 10nF 1,2nF - 10nF 4kV 4,7pF - 100pF 12pF - 120pF 100pF - 6,8nF 5kV 12pF - 100pF 100pF - 4,7nF 72

73 Ceramic Capacitors Suppression (Safety), Type KF - SMD X-Y- Class Y3-SMD X2Y3-SMD Y2-SMD X1Y2-SMD X2-SMD Test Voltage 1,5kVac 1,5kVac 1,5kVac 1,5kVac 1075Vdc Temp. Range -55 to +125 C -55 to +125 C -55 to +125 C -55 to +125 C -55 to +125 C Cap. Range 10p-1,5n / 1,8n-4,7nF 10p-2,2nF / 10p-4,7nF 10pF to 330pF 10 pf - 4,7 nf 10nF to 33nF Size / Leadspace 1808 / / Preferred Range On request On request On request On request On request Suppression (Safety), Type KF - Leaded X-Y- Class X1Y2 X1Y2 X1Y1 X1 Test Voltage 2,0kVac 2,6kVac 4,0kVac 3,5kVac Temp. Range -55 to +125 C -55 to +125 C -55 to +125 C -40 to +125 C Cap. Range 10pF to 12nF 10pF to 10nF 10pF to 4,7nF 4,7nF to 22nF Size / Leadspace 5,0 (7,5) 7,5 (10) 10 (12,5) 7,5 Preferred Range 100pF to 470pF E-3-1,0nF to 4,7nF E-6-Values leadspace 5mm 100pF to 470pF E-3-1,0nF to 10nF E-6-Values leadspace 7,5mm 100pF to 470pF E-3-1,0nF to 4,7nF E-6-Values leadspace 10mm On request SMD Leaded X-Y-Class Y3-SMD 1,5kVac X2Y3-SMD 1,5kVac Y2-SMD 1,5kVac X1Y2-SMD 1,5kVac X2-SMD 1075Vdc X1Y2 2,0kVac X1Y2 2,6kVac X1Y1 4,0kVac X1 3,5kVac Cap-Value proof proof proof proof proof proof proof proof 10pF / ,0 (7,5) 5,0 (7,5) 10 (12,5) 12pF / / pF / / ,0 (7,5) 5,0 (7,5) 10 (12,5) 18pF / / pF / / ,0 (7,5) 5,0 (7,5) 10 (12,5) 27pF / / pF / / ,0 (7,5) 7,5 10 (12,5) 39pF / / pF / / ,0 (7,5) 7,5 10 (12,5) 56pF / / pF / / ,0 (7,5) 7,5 10 (12,5) 82pF / / pF / / 1812 / 5,0 (7,5) 7,5 (10) 10 (12,5) pF / / 1812 / 5,0 (7,5) 7,5 (10) 10 (12,5) pF / / 1812 / 5,0 (7,5) 7,5 (10) 10 (12,5) pF 1808 / / pF / / ,0 (7,5) 7,5 (10) 10 (12,5) 390pF 1808 / pF / / 2211 / 5,0 (7,5) 7,5 (10) 10 (12,5) pF / / ,0 (7,5) 7,5 (10) 10 (12,5) 1,0nF / / ,0 (7,5) 7,5 (10) 10 (12,5) 1,5nF / / ,0 (7,5) 7,5 (10) 10 (12,5) 1,8nF / ,0 (7,5) 2,2nF / ,0 (7,5) 7,5 (10) 10 (12,5) 3,3nF ,0 (7,5) 7,5 (10) 10 (12,5) 3,9nF ,5 (10) 10 (12,5) 4,7nF ,0 (7,5) 7,5 (10) 10 (12,5) 7,5 6,8nF 7,5 7,5 8,2nF 7,5 10nF ,5 7,5 / 10 7,5 12nF 7,5 15nF ,5 22nF ,5 33nF

74 Tantalum & Niobium Oxide Capacitors Technology range: Voltage A strong partnership with leading manu - facturers for your security and success pf 1 nf 1 μf 1 mf 1 F Capacity Tantalum Chip Standard Type TC Low ESR Type TC High Reliability Type TC Microchip Type TC Leaded Standard Type TT Niobium Oxide Standard Type NB Low ESR & Multianode Type NB 74 RUTRONIK Active, Passive and Electromechanical Components

75 Tantalum Capacitors Chip Standard, Type TC Type Tantal Chip Standard Rutronik TC Application Multipurpose Application U 2,5 V 4,0 V 6,3V 10V 16V 20V 25V 35V 50V C 0,10 μf R, S R, S, A S, A 0,15 μf R, S R R, S, A S, A, B 0,22 μf R, S R R, S, A S, A, B 0,33 μf R, S R R, S, A S, T, A, B 0,47 μf R, S R, S, A R, S, T, A, B S, T, A, B, C 0,68 μf R, S R, S, T, A R, S, A P, S, T, A, B A, B, C 1,00 μf R, S R, S, T, A R, S, T, A P, R, S, A, B P, S, T, A, B W, A, B, C 1,50 μf R, S R, S, A R, S, A P, R, S, T, A P, S, T, A, B T, A, B, C W, C, D 2,20 μf R, S R, S, A R, S, A R, S, T, A, B P, S, T, A, B T, A, B A, T, B, C C, D 3,30 μf R, S, A R, S, A R, S, T, A R, S, T, A, B T, A, B W, T, A, B, C W, B, C Y, C, D 4,70 μf R R, S, A R, S, T, A, B R, S, T, A, B K, P, S, T, A, B T, A, B, C W, A, B, C W, B, C, D Y, D 6,80 μf R R, S, T, A S, R, T, A, B P, R, S, T, A, B S, T, A, B, C T, A, B, C W, B, C Y, C, D Y, D 10,00 μf R, S R, S, T, A, B R, S, T, A, B, C K, P, R, S, T, A, B, C T, W, A, B, C W, B, C W, D, C X, Y, C, D, E D, E, V 15,00 μf R T, R, S, A, B K, P, R, S, T, A, B, C W, S, T, A, B, C T, W, A, B, C W, B, C, D Y, C, D Y, C, D, E D, E, V 22,00 μf P, R K, T, S, P, A, B, C P, W, S, T, A, B, C W, T, A, B, C W, B, C, D W, Y, B, C, D Y, C, D Y, D, E V 33,00 μf K, P, S, A P, S, T, W, A, B, C T, W, A, B, C W, A, B, C, D Y, W, B, C, D X, Y, C, D Y, D, E D, E, V 47,00 μf P, S, A W, T, A, B, C T, W, A, B, C, D Y, W, B, C, D W, X, Y, C, D X, Y, C, D, E D, E E, V 68,00uF T, A T, W, A, B, C, D W, B, C, D W, Y, B, C, D F, X, Y, C, D Y, D, E E, V V 100,00 μf T, W, A, B T, W, A, B, C, D W, Y, B, C, D W, X, Y, B, C, D, E F, Y, D, E D, V, E V 150,00 μf T, W, B Y, W, B, C, D W, Y, X, C, D, E F, X, Y, C, D, E Y, D, E, V E, V 220,00 μf W, Y, B, D Y, W, X, B, C, D, E F, X, Y, C, D, E Y, D, E E, V 330,00 μf W, Y, D F, X, C, D, E Y, D, E D, E, V 470,00μF F, Y, C, D Y, D, E D, E, V E, V 680,00uF Y, D, E Y, D, E E, V 1.000,00uF Y, D, E D, E, V V 1500,00μF D, E, V E, V 2200,00μF V Capacitance 0,10μF μF Tolerance 10% 20% Rated Voltage 2,5-50Vdc for continous operation at +85 C Climatic Category 55/125/56 Operating Temp. -55 to +85 C (to +125 C with voltage derating) Reliability 1% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel Standard Case dimensions Case EIA length ±0,2 width + 0,20 height + 0,20 Code Code 0,10 0,10 A ,2 1,6 1,6 B ,5 2,8 1,9 C ,0 3,2 2,6 D ,3 4,3 2,9 E ,3 4,3 4,1 V ,3 6,1 3,45 ±0,3 * 0805 Footprint Compatible ** Low Profile Versions of A & B & C & D Case, respectively RUTRONIK Active, Passive and Electromechanical Components Low Profile Case dimensions Case EIA Dimension length±0,2 width + 0,20 height Code Code Low Profile 0,10 max. F** B Case 6,00 3,20 2,00 G 3216 B Case 3,20 1,60 1,50 H B Case 3,50 2,80 1,50 K* B Case 3,20 1,60 1,00 P B Case 2,05 1,35 1,50 R* R Case 2,05 1,30 1,20 S** A Case 3,20 1,60 1,20 T** B Case 3,50 2,80 1,20 W** C Case 6,00 3,20 1,50 Y** D Case 7,30 4,30 2,00 X** D Case 7,30 4,30 1,50 75

76 Tantalum Capacitors Chip Low ESR Standard, Type TC Type Tantal Chip Low ESR Rutronik TC Application High Performance (SMPS / Filter) U 2,5 V 4,0 V 6,3V 10V 16V 20V 25V 35V 50V C 0,15μF A 0,22μF A A 0,33μF A 0,47 μf A A, B 0,68 μf A A 1,00 μf R R, S, T, A R A, B C 1,50 μf A, B B C 2,20 μf R A T, A A B A, B, C D 3,30 μf T A A, B A, B B, C D 4,70 μf S R, A A, B A, B B B, C D 6,80 μf A T, A A, B A, B, C B, C C, D D 10,00 μf R R, A P, T, A T, W, B, C B, C C D, E E 15,00 μf A A, B B B, C C, D Y, C, D E 22,00 μf S, B, A T, B, C W, B, C B, C, D C, D Y, D, E 33,00 μf T, A, B W, A, B, C W, Y, B, C, D C, D Y, D, E D, E, V 47,00 μf A A, B, C W, B, C, D W, X, Y, C, D D, E D, E E, V 68,00 μf W, B, C W, Y, B, C, D F, X, Y, C, D D, E E, V V 100,00 μf B W, B W, Y, B, C W, X, Y, B, C, D, E F, Y, D, E D, E, V V 150,00 μf B B, C Y, C, D X, Y, D, E, F Y, D, E, V V 220,00 μf B, D Y, D F, Y, C, D, E Y, D, E E, V 330,00 μf Y F, X, C, D D, E, V D, E, V 470,00 μf F, Y, D D, E D, E, V E, V 680,00 μf Y, D, E D, E E, V 1.000,00 μf Y, E E, V V 1.500,00 μf D, E, V E, V Capacitance 0,15μF μF Tolerance 10% / 20% Rated Voltage 2,5-50Vdc for continous operation at +85 C Climatic Category 55/125/56 Operating Temp. -55 to +85 C (to +125 C with voltage derating) Reliability 1% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel Low ESR Case dimensions Case- Multi- EIA-Code Dimension length ±0,2 width + 0,20 height Code anode Low Profile 0,10 max. A ,20 1,60 1,60 B ,50 2,80 1,90 C ,00 3,20 2,60 D ,30 4,30 2,90 E e ,30 4,30 4,10 P* R Case 2,05 1,35 1,50 R* R Case 2,05 1,30 1,20 S** A Case 3,20 1,60 1,20 T** B Case 3,50 2,80 1,20 V v ,30 6,10 3,45 ±0,3 W** C Case 6,00 3,20 1,50 X** D Case 7,30 4,30 1,50 Y D Case 7,30 4,30 2,0 * 0805 Footprint Compatible ** Low Profile Versions of A & B & C & D Case 76 RUTRONIK Active, Passive and Electromechanical Components

77 Tantalum Capacitors Chip Low ESR Multianode, Type TC Type Rutronik Application U C 2,5 V 4,0 V Tantal Chip Multianode TC High Performance (SMPS / Filter) 6,3V 10V 6,80 μf D 10,00 μf D, E 15,00 μf E 22,00 μf D, E E 33,00 μf D D, E 47,00 μf D E 68,00 μf D E v 100,00 μf E e 150,00 μf D, E e 220,00 μf D E 330,00 μf D, E e 470,00 μf D, E E 680,00 μf E D, E, V e 1.000,00 μf D D, E, V e 1.500,00 μf E E 2.200,00 μf E Capacitance 6,8μF μF Tolerance 10% / 20% Rated 2,5-50Vdc for continous operation at +85 C Voltage Climatic 55/125/56 Category Operating -55 to +85 C (to +125 C with voltage derating) Temp. Reliability 1% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel 16V Chip High Reliability Case dimensions Case Developm. EIA length ±0,2 width + 0,20 height + 0,20 Code Range Code 0,10 0,10 D d ,3 4,3 2,9 E e ,3 4,3 4,1 V v ,3 6,1 3,45±0,3 20V 25V 35V 50V Chip Low ESR Polymer, Type TC Type Rutronik Application U C Tantal Chip Polymer TC Powermanagement Systems & Portable Handheld Electronics 2,5 V 4,0 V 4,70 μf R 6,80 μf A 10,00 μf A, R A A, T 15,00 μf A A A B 22,00 μf A A, T B, T B 33,00 μf A A, B, T B, C, T B 47,00 μf A, T A, B, T B, C 68,00 μf A A, B, T B, C 100,00 μf A, B A, B, T B 150,00 μf B B, w H, W, y 220,00 μf B y y Capacitance 4,7μF - 220μF Tolerance 20% Rated 2,5-16Vdc for continous operation at +85 C Voltage Climatic 55/125/56 Category Operating -55 to +85 C (to +125 C with voltage derating) Temp. Reliability 1% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel Chip Polymer Case dimensions Case- EIA-Code Dimension length ±0,2 width + 0,20 height Code Low Profile 0,10 max. A ,20 1,60 1,60 B ,50 2,80 1,90 H ,50 2,80 1,50 R* R Case 2,05 1,30 1,20 T** B Case 3,50 2,80 1,20 W** C Case 6,00 3,20 1,50 Y D Case 7,30 4,30 2,0 6,3V 10V 16V RUTRONIK Active, Passive and Electromechanical Components 77

78 Tantalum Capacitors Chip High Reliability, Type TC Type Rutronik Application U C 4,0 V 6,3V Tantal Chip High Reliability TC Automotive Applications 10V 0,10 μf A 0,15 μf A 0,22 μf A A 0,33 μf A A 0,47 μf A AB B 0,68 μf A A, B B 1,00 μf A A A, B B 1,50 μf A A A, B, C C 2,20 μf A A A, B B, C C 3,30 μf A A A, B B B, C C, D 4,70 μf A A A, B A, B B b, C D 6,80 μf A A a, A, B B B, C C, D D 10,00 μf A A, B B B, C C C, D E 15,00 μf A, B A, B B B, C C, D c, D 22,00 μf A, B B C C, D c, D D 33,00 μf B B, C C C, D D d, E 47,00 μf B, C C C, D D d, E 68,00 μf C C, D D D, E 100,00 μf C, D D D, E d, E 150,00 μf c, D D, E E 220,00 μf D d, E 330,00 μf E E 470,00 μf e Capacitance 0,10μF - 470μF Tolerance 10% / 20% Rated 6,3V - 50Vdc for continous operation at +85 C Voltage Reliability 0,5% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Operating -55 to +85 C (to +175 C with voltage derating) Temp. Packing Taped on reel 16V Chip High Reliability Case dimensions Case Developm. EIA length ±0,2 width + 0,20 height + 0,20 Code Range Code 0,10 0,10 A a ,20 1,60 1,60 B b ,50 2,80 1,90 C c ,00 3,20 2,60 D d ,30 4,30 2,90 E e ,30 4,30 4,10 20V 25V 35V 50V Microchip, Type TC Rutronik TC Type Tantal Microchip Application High Performance for size critical use U C 0,47 μf K, L L 0,68 μf K, L L 1,00 μf K, L, n K, L L, U R 1,50 μf L L L 2,20 μf K, L L K, L L, U L r 3,30 μf K, L K, L L L, U L, R R 4,70 μf K, L K, L L, U L L, R R 6,80 μf L L L L, R L, R 10,00 μf K, L, U L J, L, R L, R L, R, H, v R 15,00 μf R L, R L, R R, h, V 22,00 μf R L, R L, R L R, v, H R 33,00 μf R R R, H R R, A, t 47,00 μf R, l, v R, H R R, A A, T 68,00μF R R, X A t 100,00μF A, R A a, T 150,00μF A t 220,00μF a T Capacitance 0,47μF - 220μF Tolerance 10% 20% Rated Voltage 2,0-25Vdc for continous operation at +85 C Climatic 55/125/56 Category Operating -55 to +85 C (to +125 C with voltage derating) Temp. Packing Taped on reel 2,0V 3,0V 4,0V Standard Microchip Case dimensions Case Developm. EIA EIA length width height Code Range Code Metric J j ,00 +0,20 0,85 +0,15 0,75 +0,20-0,00-0,00-0,00 K k ,00 +0,20 0,50 +0,20 0,50 +0,20-0,00-0,00-0,00 L l ,60 +0,25 0,85 +0,20 0,85 +0,20-0,15-0,10-0,10 R r ,00 +0,25 1,35 +0,20 1,35 +0,20-0,15-0,10-0,10 A a ,20 ±0,20 1,60 ±0,20 1,60 ±0,20 H h ,00 +0,25 1,35 +0,20 1,00 0-0,15-0,10 U u ,00 +0,25 1,35 +0,20 0,60 0-0,15-0,10 T t B (Footpr.) ,50 +0,20 2,80 +0,20 1,20 max - 0,20-0,10 5,0V 6,3V 10V 16V 20V 25V V h ,20 0,20 1,60 +0,20 0,75 max - 0,10 N n ,00 ±0,05 0,50 +0,00 0,50 +0,00-0,10-0,10 X x ,00 ±0,10 1,45 ±0,10 1,45 ±0,10 78 RUTRONIK Active, Passive and Electromechanical Components

79 Leaded Standard, Type TT Type Tantal Leaded Standard Rutronik TT Application Multipurpose Application U 6,3V 10V 16V 20V 25V 35V 50V C 0,10 μf x x 0,15 μf x x 0,22 μf x x 0,33 μf x x 0,47 μf x x 0,68 μf x x 1,00 μf x x x x 1,50 μf x x x x x 2,20 μf x x x x x x 3,30 μf x x x x x x x 4,70 μf x x x x x x x 6,80 μf x x x x x x x 10,00 μf x x x x x x x 15,00 μf x x x x x x x 22,00 μf x x x x x x x 33,00 μf x x x x x x 47,00 μf x x x x x x 68,00 μf x x x x x 100,00 μf x x x x 150,00 μf x x x 220,00 μf x x x 330,00 μf x x Different lead space and lead length are available Capacitance 0,10μF - 330μF Tolerance 10% 20% Rated Voltage 6,3-50Vdc for continous operation at +85 C Climatic Category 55/125/56 Operating Temp. -55 to +85 C (to +125 C with voltage derating) Packing loose or taped Further capacitors (i.e. moulded, hermetic, axial types, automotive applications, etc.) on request RUTRONIK Active, Passive and Electromechanical Components 79

80 Niobium Oxide Capacitors New Technology OxiCap TM Niobium Oxide Capacitors Cost versus Performance is a key requirement for many electronic products. Therefore AVX have developed a new solid electrolyte capacitor based on NbO niobium oxide ceramic materials, covering standard EIA case sizes in order to provide a higher performance alternative to aluminium and other SMT capacitor technologies currently on the market. The manufacturing process of the anodic material is the same as tantalum capacitors with the tantalum being replaced with NbO. A major issue here is the relative abundance of NbO compared to Tantalum. The electrical parameters are similar to general tantalum technologies, providing reliability in excess of 0,5% per hours, as well as being easy to design into many applications. Reconsider the reasons why the OxiCapTM Niobium Oxide Capacitors are such an interesting alternative for many applications: Non-burn and non-smoke technology High reliability and long lifetime Self healing ability Small cap drops with bias voltage No piezo effect Environmentally friendly Fit for lead-free soldering (3 times reflow 260 C) Usable up to 80% rated voltage (compared to tantalum devices) Volumetric efficiency Optimised costs versus performance High availability of raw material Our Knowledge for your Applications 80 RUTRONIK Active, Passive and Electromechanical Components

81 Niobium Oxide Capacitors Chip Standard, Type NB Chip Low ESR Standard & Multianode, Type NB Type Rutronik Application C U Niobium Oxide Standard NB Multipurpose Application 1,8V 2,5V 4,0V 6,3V 10 2,2 μf P 3,3 μf P, s 4,70 μf A, P, S A, T 6,80 μf P, S A, P, S, T A, T 10,00 μf P, S P, S, T A, P, T A, B, T 15,00 μf P, S P, S, T A, P, T A, B A, B 22,00 μf P, S, T A, P, T A, B, T A, B B, C, w 33,00 μf a, p, T A, B, T A, B B, C, W C 47,00 μf A, B, T A, B B, C, W B, C, w C 68,00 μf B, t B, C, W B, C, W C, X, Y C, d, y 100,00 μf B, C, W B, C, W B, C, W, X C, D, Y D 150,00 μf b, C, w C, w C, D, Y c, D, Y e 220,00 μf C, w, X C, Y C, D, Y D, E v 330,00 μf C, Y C, D, Y D D, E 470,00 μf c, d, Y D, E D, E V 680,00 μf d E V z 1.000,00 μf e V z 1500,00 μf v z 2200,00 μf z Z case = 4,5 mm height V Capacitance 2,2μF μF Tolerance 20% Rated Voltage 1,8-10Vdc for continous operation at +85 C Climatic 55/105/56 Category Operating Temp. -55 to +85 C (to +105 C with voltage derating) Reliability 0,5% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel Application Rutronik Type C U Multipurpose Application NB Niobium Oxide Low ESR + Multianode 1,8V 2,5V 4,0V 6,3V 10 10,00 μf A 15,00 μf A B 22,00 μf A B B 33,00 μf a B B B, C, W 47,00 μf b B B, C, W C 68,00uF b C, W C C, X, Y 100,00 μf B, c, W C C, X C, D, Y 150,00 μf c C, X C, Y D, Y e 220,00 μf C, X C, Y D, Y D, E 330,00 μf c, Y D, Y D, E E 470,00 μf d, Y D, E D, E V 680,00 μf d, e, E d, E V 1.000,00 μf e V 1500,00 μf v z 2200,00 μf z Z case = 4,5 mm height V Capacitance 10μF μF Tolerance 20% Rated Voltage 1,8-10Vdc for continous operation at +85 C Climatic 55/125/56 Category Operating -55 to +85 C (to +125 C with voltage derating) Temp. Reliability 0,2% per 1000 hours at 85 C, Vr with 0,1 Ohm/Vr series impedance, 60% confidence level Packing Taped on reel Niobium Oxide Standard Case dimensions Case Developm. EIA length ±0,2 width + 0,20 height + 0,20 Code Range Code 0,10 0,10 P p ,05 1,30 1,50 max. A a ,20 1,60 1,60 B b ,50 2,80 1,90 C c ,00 3,20 2,60 D d ,30 4,30 2,90 E e ,30 4,30 4,10 Y y ,30 4,30 2,00 max. V v ,30 6,10 3,45 ±0,3 Z z ,30 6,10 4,30 T t ,50 2,80 1,20 W w ,00 3,20 1,50 R r ,05 1,30 1,20 S s ,20 1,60 1,20 X x ,30 4,30 1,50 Niobium Oxide Low ESR Case dimensions Case Developm. EIA length ±0,2 width + 0,20 height + 0,20 Code Range Code 0,10 0,10 C c ,00 3,20 2,60 D d ,30 4,30 2,90 E e ,30 4,30 4,10 A a ,20 1,60 1,60 B b ,50 2,80 1,90 Y y ,30 4,30 2,00 max. V v ,30 6,10 3,45 ±0,3 Z z ,30 6,10 4,30 New development with best performance and high quality RUTRONIK Active, Passive and Electromechanical Components 81

82 Fixed Resistors Fixed Resistors SMD Chip Resistors Thinfilm Technology Thickfilm Technology Trimmable Chip Resistors MELF Resistors Chip Arrays Shunt Resistors Fixed Resistors leaded Metal Film Metal Oxide Carbon Film Wirewound Resistors Carbon Composition VITROHM 82 RUTRONIK Active, Passive and Electromechanical Components

83 Fixed Resistors SMD Chip Resistors Thinfilm Technology Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit Comments R - 22K 1 0,05 25 / 50 E R - 22K 0,5 0,05 25 / 50 E R - 22K 0,25 0,05 25 / 50 E R - 22K 0,1 0,05 25 / 50 E R - 22K < 0,1 0,05 < 25 E on request R - 4,99M 1 0, / 50 E R - 4,99M 0,5 0, / 50 E R - 4,99M 0,25 0, / 50 E R - 4,99M 0,1 0, / 50 E R - 221K < 0,1 0,063 < 25 E on request R - 10M 1 0,1 25 / 50 E R - 10M 0,5 0,1 25 / 50 E R - 680K 0,25 0,1 25 / 50 E R - 680K 0,1 0,1 25 / 50 E R - 680K < 0,1 0,1 < 25 E on request R - 1,5M 1 0, / 50 E R - 1,5M 0,5 0, / 50 E R - 1,5M 0,25 0, / 50 E R - 1,5M 0,1 0, / 50 E R - 1,5M < 0,1 0,125 < 25 E on request R - 2M 1 0, / 50 E R - 2M 0,5 0, / 50 E R - 2M 0,1 0, / 50 E R - 2M < 0,1 0,125 < 25 E on request R - 1M 1 0,25 25 / 50 E R - 1M 0,5 0,25 25 / 50 E R - 1M 0,25 0,25 25 / 50 E R - 1M 0,1 0,25 25 / 50 E R - 1M < 0,1 0,25 < 25 E on request R - 1M 1 0,5 25 / 50 E R - 1M 0,5 0,5 25 / 50 E R - 1M 0,25 0,5 25 / 50 E R - 1M 0,1 0,5 25 / 50 E R - 1M < 0,1 0,5 < 25 E on request R - 1M 1 0,75 25 / 50 E R - 1M 0,5 0,75 25 / 50 E R - 1M 0,25 0,75 25 / 50 E R - 1M 0,1 0,75 25 / 50 E R - 1M < 0,1 0,75 < 25 E on request Benefits Low TCR Narrow Tolerance Long term stability Low Noise (Thermo; Current) Using for High Thermal Stability (Low TCR) High Current Stability (Low db) High Frequency Application High Accurate Current Sensing High Accurate Voltage Sensing Impedance matching Low Track TCR High Density Application Fields Wireless Telecommunication System PC & PC Peripheral Internet Consumer Automotive Test and measurement RUTRONIK Active, Passive and Electromechanical Components 83

84 Fixed Resistors SMD Chip Resistors Thickfilm Technology Standard ohmic values Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit R - 1M 5 0, E R - 1M 1 0, E R - 10M 5 0, E R - 1M 1 0, E R - 10M 5 0,1 200 E R - 1M 1 0,1 100 E R - 10M 5 0, E R - 1M 1 0, E R - 10M 5 0, E R - 1M 1 0, E R - 10M 5 0,5 200 E R - 1M 1 0,5 100 E R - 1M E R - 1M E R - 10M 5 0, E R - 1M 1 0, E R - 10M E R - 1M E Jumpers are available in all chip sizes. Values higher than the mentioned are on request. Values lower than the mentioned are on request. Please ask your local Rutronik sales office. 20 Billion SMD resistors p.a. in Europe typical for RUTRONIK Trimmable Chip Resistors Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit R - 10M 0/+30 0,1 200 E R - 10M 0/+30 0, E R - 20M 0/+30 0, E MELF Resistors Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit Technology R - 1M 1 0,2 50 E Metal Film R - 10M 1 0,25 50 E Metal Film R - 1M 5 0,25 E Carbon Film R - 10M E Metal Film R - 1M 5 1 E Carbon Film Chip Arrays Elements Single Resistors Value [Ω] Tol. [%] P [W] IEC Serie Pack. Unit 2 or R - 1M 5 0,063 E or R - 1M 5 0,063 E or R - 1M 5 0,1 E or R - 1M 5 0,125 E Convex and concave types available. 84 RUTRONIK Active, Passive and Electromechanical Components

85 Fixed Resistors SMD Shunt Resistors Size Value ( ) Tol. (%) Power (W) Pack. Unit ,015-0,1R 1 0, ,01-0,2R 1 0, ,002-0,2R 1 0, ,001-0,5R 1 0, ,001-0,5R ,001-0,01R ,001-1R Components are available in other chip sizes and several tolerances. Please ask your local Rutronik sales office. Benefits: Low ohmic values Tight tolerance Multiple chip case sizes High current capability Low TCR Multimedia Applications: Power supplies Engine controls DC/DC converter Medical equipment HVAC Multimedia RUTRONIK Active, Passive and Electromechanical Components 85

86 Fixed Resistors leaded Metal Film Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit R - 10M 1 0,4 50 E R - 10M 1 0,6 50 E R - 1M E R - 1M E R - 1M E R - 1M E Metal Oxide Size Value ( ) Tol. (%) Power (W) IEC Serie Pack. Unit R - 1M 5 1 E R - 1M 5 2 E R - 1M 5 2 E R - 1M 5 3 E R - 1M 5 5 E R - 1M 5 5 E Carbon Film Size Value ( ) Tol. (%) Power (W) TC (ppm) IEC Serie Pack. Unit R - 10M 1 0,4 50 E R - 10M 1 0,6 50 E R - 1M E R - 1M E R - 1M E R - 1M E Wirewound Resistors Type Style Value ( ) Tol. [%] P [W] Pack. Unit Axial AX 0,01-47K 5% - 10% Radial RAD 0,068-33K 0,05% - 10% Chassis CHAS 0,047-50K 1% - 10% Carbon Composition Size Value ( ) Tol. (%) Power (W) IEC Serie Pack. Unit R - 5,6M 5 0,25 E R - 22M 5 0,5 E R - 22M 10 0,5 E Values higher than the mentioned are on request. Values lower than the mentioned are on request. Please ask your local Rutronik sales office. 86 RUTRONIK Active, Passive and Electromechanical Components

87 Notes RUTRONIK Active, Passive and Electromechanical Components 87

88 Nonlinear Resistors VDR Voltage Dependent Resistors Leaded SMD Automotive Energy Gas Discharge Tubes NTC Negative Temperature Coefficient Inrush Current Limiter Temperature Sensing PTC Positive Temperature Coefficient Overload Protection Overload Temperature Protection Platinum Sensors Heater 88 RUTRONIK Active, Passive and Electromechanical Components

89 VDR Voltage Dependent Resistors VDR Leaded Disc Diameter [mm] Voltage AC [V] Voltage DC [V] Peak Current 8/20 s I max [A] Energy Absorbtion W max [J] 10/1000 s Clamping Voltage U c [V] Standard 5 to to to to ,3 to to to to to to to to 2970 Special 5 to to to to ,5 to to to to to to to to 1650 Axial on request 2,3 to 42 3,3 to to 300 0,1 to 2 12 to 120 VDR SMD Size Voltage AC [V] Voltage DC [V] Peak Current 8/20 μs I max [A] Energy Absorbtion W max [J] 10/1000 s Clamping Voltage U c [V] 0201 to to 95 3 to to 500 0,1 to 7,4 10 to to to 45 3,6 to to 250 0,1 to 1,5 10 to , to to to ,3 to to 775 VDR Automotive Typ Style Dimension [mm] / Sizes Voltage AC [V] Voltage DC [V] Peak Current 8/20 μs I max [A] Load Dump W ld [J] Max. Energy W max [J] U Jump 5 min [V] Clamping Voltage U c [V] 12 Volt Power Supply leaded SMD 6 x 7 to 11 x to to to 100 1,6 to 14 24, to to 100 0,3 to 28 20, Volt Power Supply leaded SMD 6 x 7 to 11 x to to to 100 1,9 to to ,5 to 100 0,6 to Varistors for special applications like CAN-Bus or USB-Bus are ex stock available Various High Energy types up to 10kJ are on request available Gas Discharge Tubes are on request available RUTRONIK Active, Passive and Electromechanical Components 89

90 NTC Negative Temperature Coefficient NTC Inrush Current Limiter Style Resistance Range R 25C [ ] Current Range I max 25 C [A] leaded 0,5 to 120 0,3 to 16 5 to 24 Disc Diameter [mm] Custom designs are possible. Please send us your specification! NTC Temperature Sensing Style Disc Diameter [mm] Resistance Range Tolerance B-Value [K] B-Value Sizes R 25 C [KΩ] [%] Tolerance [%] SMD 0201 to ,01 to to to to 5 Also we offer special designed housings like screw, eyelet tag or clip-on-pipe NTCs for temperature sensing. leaded 3 to 9 0,01 to to to ,5 to 5 PTC Positive Temperature Coefficient PTC Overload Protection Style max. Operating Voltage [V] Curie Point [ C] R-Range R 25 C [Ω] Non trip Current I nt [A] Trip Current I trip [A] max. Current [A] Disc Dia. [mm] leaded ,45 to 13 0,12 to 1,3 0,24 to 2,6 0,7 to 8,0 4,0 to 17, ,45 to 13 0,145 to 1,0 0,4 to 1,8 0,7 to 8,0 5,5 to ,9 to 50 0,18 to 0,92 0,27 to 1,38 1,7 to 11 4,5 to ,3 to 55 0,03 to 0,245 0,06 to 0,5 0,7 to 5,5 4,0 to 17, ,3 to 55 0,05 to 0,45 0,1 to 0,9 0,7 to 8,0 4,0 to 17, ,7 to 33 0,1 to 0,39 0,23 to 0,9 0,5 to 2,0 7,4 to ,3 to 240 0,047 to 1,0 0,07 to 1,5 0,2 to 13 4,5 to ,0 to 150 0,015 to 0,17 0,04 to 0,35 0,2 to 4,1 4,0 to 17, ,0 to 150 0,03 to 0,33 0,06 to 0,66 0,2 to 4,1 4,0 to 17, ,0 to 150 0,028 to 0,30 0,078 to 0,83 0,2 to 4,1 6,0 to 18, ,4 to ,011 to 0,32 0,017 to 0,48 0,08 to 2,2 4,5 to ,021 0,039 0,2 6, to 250 0,006 to 0,015 0,03 to 0,014 0,1 to 0,15 4,0 to 6,5 PTC Over Temperature Protection Style Sensing Temperature T n [ C] Resistance Range by T n-5 C [Ω] Resistance Range by T n+5 C [KΩ] max. Operating Voltage [V] Disc Diameter [mm] / Sizes leaded 70 to to 570 0,57 to ,5 60 to , to , SMD 60 to , RUTRONIK Active, Passive and Electromechanical Components

91 PTC Positive Temperature Coefficient PTC Platinum Sensors Type Design/Case Size Temperature Range [ C] Resistance Ro [ ] TCR [ppm/k] Leaded Axial R, 100R, 500R 3500 Leaded Radial R, 500R, 1kR 3850 SMD R, 500R, 1kR 3850 NEW PTC Heater Type Design Disc Diameter [mm] Resistance Range R 25 C [Ω] Curie Point [ C] Rated Voltage [V] Disc 6 to 37 6 to to to to 19 2 to to to 240 Custom designs are possible. Please send us your specification. Special PTCs like Motor Starters or Resetable PTCs are on request available. Ask us! RUTRONIK Active, Passive and Electromechanical Components 91

92 Variable Resistors Trimmer SMD Single Turn SMD Multi Turn PCB Single Turn PCB Multi Turn Potentiometer Single Turn Multi Turn 92 RUTRONIK Active, Passive and Electromechanical Components

93 Trimmer SMD Single Turn R-Element Types Dimensions [mm] Adjustments Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Carbon 2,7 x 2,1 top open 500R-1,0M 30 0, to +85 2,0 x 2,0 top sealed 500R-1,0M 30 0, to +60 3,1 x 3,6 top / rear open 200R-2,0M 30 0, to +85 Cermet 3,1 x 3,6 top open 100R-2,0M 25 0, to +125 SMD Multi Turn R-Element Types 3,2 x 3,4 top sealed 100R-1,0M 20 0, to ,0 x 4,7 top sealed 100R-2,0M 20 0, to ,5 x 5,0 top / side sealed 100R-2,0M 20 0, to ,57 x 5,0 top sealed 10R-2,0M 20 0, to ,8 x 4,5 top open 100R-1,0M 30 0, to ,0 x 5,0 top sealed 10R-1,0M 20 0, to +155 Dimensions [mm] Adjustments Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Cermet 2,87 x 4,83 top / side sealed 10R-2,0M 10 0, to +150 PCB Single Turn R-Element Types 6,35 x 6,35 top / side sealed 10R-1,0M 10 0, to ,8 x 3,5 top / side closed 10R-2,0M 10 0, to +125 Dimensions [mm] Adjustments Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Carbon 9,8 x 11 top closed 100R-10M 30 0, to +70 9,8 x 10,8 side closed 100R-10M 30 0, to top / rear closed 100R-5,0M 20 0, to side closed 100R-5,0M 20 0, to top / rear open 100R-5,0M 20 0, to side open 100R-5,0M 20 0, to +70 9,8 top / rear open 100R-5,0M 20 0, to +70 9,8 side open 100R-5,0M 20 0, to +70 Cermet 6,9 x 6,9 top / side sealed 10R-5,0M 10 0, to ,8 x 6,8 top / side sealed 10R-2,0M 20 0, to ,6 x 9,6 top / side sealed 10R-2,0M 10 0, to ,5 x 9,5 top / side sealed 10R-2,0M 10 0, to ,8 x 11 top closed 100R-10M 30 0, to ,8 x 10,8 side closed 100R-10M 30 0, to ,65 x 9,8 top / side sealed 10R-2,0M 10 0, to ,6 x 6,99 top / side closed 10R-2,0M 10 0, to +125 RUTRONIK Active, Passive and Electromechanical Components 93

94 Trimmer PCB Multi Turn R-Element Types Dimensions [mm] Adjustments Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Cermet 6,35 x 6,35 top / side sealed 10R-2,0M 10 0, to ,53 x 9,53 top / side sealed 10R-2,0M 10 0, to ,95 x 31,75 side sealed 10R-2,0M to ,83 x 19,05 side sealed 10R-2,0M 10 0, to ,53 x 9,53 top / side sealed 10R-2,0M 10 0, to ,83 x 19,05 side sealed 10R-2,0M 10 0, to ,35 x 6,35 top / side sealed 10R-1,0M 10 0, to +150 Thumbwheels/Shafts and Adjustment Tools on request. Please ask your local Rutronik sales office. Potentiometer Single Turn Element Types Dimensions [mm] Adjustment Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Cermet 12,7 x 12,7 top / side closed 100R-1,0M to +125 Cond. Plastic 12,7 x 12,7 top / side closed 100R-1,0M 20 0, to +125 Cermet 16 x 18 top / side closed 100R-4,7M to +125 Carbon 16 x 18 top / side closed 100R-4,7M 20 0, to +70 Wirewound 36,5 Dia. top / side closed 25R-50K to +125 Multi Turn Element Types Dimensions [mm] Turns Type Resistance Ranges Tolerances [Ω] [%] Power Ratings [W] U max [V] Temperature Ranges [ C] Wirewound 22,22 Dia Panel 50R-20K to +125 Wirewound 22,22 Dia Panel 50R-50K 5 1, to +125 Wirewound 22,22 Dia Panel 100R-100K to +125 Dials on request. Please ask your local Rutronik sales office. 94 RUTRONIK Active, Passive and Electromechanical Components

95 Notes RUTRONIK Active, Passive and Electromechanical Components 95

96 Inductors & Piezoceramic Chokes Overview Leaded RF Chokes radial Leaded RF Chokes axial SMT RF Chokes Storage Chokes Power Chokes (SMT) CAN Bus Chokes Common Mode Chokes Transformers Overview PCB Transformers (EE, EI, UI Core). 171 Toroidal Transformers Resonators Resonators SMT, with Capacitors Resonators SMT, without Capacitors 183 Resonators THT, with Capacitors Resonators THT, without Capacitors 185 Piezo-Buzzer Ceramic Filter khz 10,7 MHz EMI Filter Chip Ferrite Beads 3-Terminal-Capacitor / T-Type-Filter Potentiometers & Switches Inductive Electronic components TAITRONIC INDUSTRIES INC. 96

97 Chokes Overview RoHS compliant Leaded RF Chokes Inductance Range / [μh] 0,0001 0,001 0,01 0, Axial PVC covered molded varnish Radial air coil with ferrite Drum core PVC covered or capped Drum core varnish SMT Size 0201 Size 0402 Size 0603 Size 0805 Size 1008 Size 1206 Size 1210 Size 1214 Size 1812 Size 2220 Size ,27 > , , > , ,0006 0,027 0,001 0,1 0, , , , , , , ,12 0, Storage Chokes Inductance Range / [μh] 0,001 0,01 0, without socket / open horizontal without socket / open vertical with socket / open vertical horizontal / housing vertical / housing SMT , , , Power Chokes (SMT) Inductance Range / [μh] 0,001 0,01 0, non shielded shielded 0, Common Mode Chokes Inductance Range / [mh] 0,001 0,01 0, open / vertical open / horizontal housing / vertical housing / horizontal SMT 0, , ,

98 Chokes Leaded RF Chokes radial Size [mm] 11x5.0 16x5.5 21x7.0 31x9.5 min. 22 min x x x x8.5 11x x11.5 I [ma] L [μh] 0,15 0,18 0,22 0,27 0,33 0,39 0,47 0,56 0,68 0,82 1, A 1,2 FC0310 3L 1, , , , , , FC0415 3L FC0520 3L FC0630 3L 4, , , , FC08XX 3L Customer spec. X X X X X X X X X X X X are welcome Pinning (mm) RAD RAD RAD RAD RAD RAD 5,0 7,0 5,0 8,0 11,5 5,0 Temp Temp Insulation varnish varnish varnish varnish varnish varnish coated coated coated coated coated coated Tolerance* J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M K M K M K,M K Magnetically shielded Pa. Unit * J=5%, K=10%, M=20% FC10xx 3L Frontier Frontier Frontier Frontier Frontier Frontier 98

99 6.5x x x x10 8.5x x x x8.9x x8.8x3.8 10x7.4 10x x x7.0 10x8.5 FS0606 3L FS0807 3L PK0406 3L PKB0865 3L TSL0808 TDK TSL0809 TDK TSL1112 TDK PKH0910 3L RC0910 Chilisin EL0607 TDK EL0606 TDK EL0405 TDK PC0707 Chilisin PC0910 Chilisin X X X X X X X X 4,0 5,0 2,0 5,0 5,0 5,0 5,0 7,62 7,62 5,0 5,0 2,5 4,2 7, ferrite ferrite tube tube tube tube tube varnish varnish varnish varnish varnish varnish varnish J,K,L,M J,K,L,M J,K,M J,K,M K,M K,M J,K,M K K J,K K,M K,M K K ms ms

100 Chokes Leaded RF Chokes radial Size [mm] min x x8.5 11x x x x11 14x11 8.0x5.0 11x7.0 12x9.0 15x12 I [ma] L [μh] FC10xx 3L Frontier Frontier Frontier FS0606 3L > x Customer spec. X X X X X X X X X X X X are welcome Pinning (mm) RAD 5,0 5,0 5,0 4,0 5,0 5,0 5,0 2,0 2,5 5,0 6,0 Temp Temp Insulation varnish coated coated coated ferrite ferrite ferrite ferrite tube tube tube tube Tolerance* J,K,M K K K J,K,L,M J,K,L,M J,K,L,M J,K,L,M J,K,M J,K,M J,K,M J,K,M Magnetically shielded ms ms ms ms Pa. Unit * J=5%, K=10%, L=15%, M=20% FS0807 3L FS1012 3L FS1012 3L PK0406 3L PK0608 3L PK0810 3L PK1012 3L 100

101 8.9x10 14x x10 8.5x x x x8.9x x8.8x x9.4 10x7.4 10x x x7.0 10x8.5 PKB0804 3L PKB0809 3L PKB0865 3L TSL0808 TDK TSL0809 TDK TSL1112 TDK PKH0910 3L RC0910 Chilisin EL0909 TDK EL0607 TDK EL0606 TDK EL0405 TDK PC0707 Chilisin PC0910 Chilisin X X X X X X X 5,0 5,0 5,0 5,0 5,0 5,0 7,62 7,62 5,0 5,0 5,0 2,5 4,2 7, tube tube tube tube tube tube varnish varnish varnish varnish varnish varnish varnish varnish J,K,M J,K,M J,K,M K,M K,M J,K,M K K J J,K K,M K,M K K

102 Chokes Leaded RF Chokes axial Size [mm] 10,5x5 16,5x6,6 20x7 22,8x11,5 16,4x6,9 14,5x6,5 23,5x12 17x7,7 26x12 xx32 4,0x2,8 8,0x3,0 11,0x4,0 14,0x5,5 11x5 I [ma] VC0410 3L VC0513 3L VC0616 3L VC1019 3L MF0616 3L MF6514 3L SC1223 Chilisin L [μh] 0, , , , , , , , , , , , , , , , , , , , , , customer spec. X X X X X X X X X X X are wellcome pinning [mm] AX AX AX AX AX AX AX AX AX AX AX AX AX AX AX Temp Temp Insulation varnish varnish varnish varnish Molded Molded Tube Tube Tube varnish varnish (ceramic) SC0717 Chilisin SC1126 Chilisin VC L CC22 3L CC24 3L varnish (ceramic) CC36 3L varnish (ceramic) CC410 3L varnish (ceramic) Tolerance* J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M L L L M,K J,K,M J,K,M J,K,M J,K,M J,K,M Pa. Unit * J=5%, K=10%, L=15%, M=20% 1302 Frontier Molded 102

103 6,3x2,4 9,5x3,9 5x1,9 10,4x4,1 10,4x4,4 7,3x2,7 7,3x2,7 10,4x4,4 4x2,3 7x3 10,5x4 3,4x2,4 6,5x2,8 6,2x4,2 4x2,8 8x3 11x Frontier 1304 Frontier 1310 Frontier 1501 Frontier 1201 Frontier 1202 Frontier 1205 Frontier 1206 Frontier AL0204 Chilisin AL0307 Chilisin AL0410 Chilisin SPT0203 TDK SPT0305 TDK SPT0406 TDK EC22 3L EC24 3L EC36 3L , , X X X X X X X X X X X X X X AX AX AX AX AX AX AX AX AX AX AX AX AX AX AX AX AX tape Molded Molded Molded Molded coated coated coated coated coated coated coated coated coated coated coated coated coated J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M K,M J,K,M M,K J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M

104 Chokes Leaded RF Chokes axial Size [mm] 16,5x6,6 22,8x11,5 16,4x6,9 14,5x6,5 23,5x12 17x7,7 26x12 xx32 11x5 6,3x2,4 9,5x3,9 5x1,9 10,4x4,1 VC0513 3L VC1019 3L MF0616 3L MF6514 3L SC1223 Chilisin SC0717 Chilisin SC1126 Chilisin VC L 1302 Frontier 1303 Frontier 1304 Frontier 1310 Frontier 1501 Frontier , , xx customer spec. X X X X X X X X X X X X X are wellcome Pinning [mm] AX AX AX AX AX AX AX AX AX AX AX AX AX Temp Temp Insulation varnish varnish Molded Molded Tube Tube Tube varnish Molded Molded Molded Molded Molded Tolerance* J,K,M J,K,M J,K,M J,K,M L L L M,K J,K,M J,K,M J,K,M J,K,M J,K,M Pa. Unit * J=5%, K=10%, L=15%, M=20% 104

105 10,4x4,4 7,3x2,7 7,3x2,7 10,4x4,4 4x2,3 7x3 10,5x4 3,4x2,4 6,5x2,8 6,2x4,2 4x2,8 8x3 11x4 12x Frontier 1202 Frontier 1205 Frontier 1206 Frontier AL0204 Chilisin AL0307 Chilisin AL0410 Chilisin SPT0203 TDK SPT0305 TDK SPT0406 TDK EC22 3L EC24 3L EC36 3L EC46 3L ,5 8 X X X X X X X X X X X AX AX AX AX AX AX AX AX AX AX AX AX AX AX tape coated coated coated coated coated coated coated coated coated coated coated coated coated coated J,K,M J,K,M J,K,M J,K,M K,M J,K,M M,K J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M

106 Chokes Leaded RF Chokes axial Size [mm] 22.8x x12 26x12 L [μh] I [ma] VC1019 3L SC1223 Chilisin SC1126 Chilisin > x customer spec. X X X are wellcome Pinning (mm) AX AX AX Temp Temp Insulation varnish Tube Tube Tolerance* J,K,M L L Pa. Unit * J=5%, K=10%, L=15%, M=20% 106

107 Chokes SMT RF Chokes Size 0201 (0.6 x 0.3 mm) 0402 (1.0 x 0.5 mm) Manuf. KOA MURATA PULSE KOA KOA TDK MURATA MURATA MURATA 3L PANASONIC L [μh] I [ma] KL73 1H LQP03TN (LQP0603T) PE-0402CD KL 73 1E TTP KQT0402 0, , , , , , , , , , , , , , , , , , , , , , , , , , Temp (-) Temp (+) Style TFT TFT WWT TFT WWT MLT MLT TFT WWT WWT LCT Tolerance* B+C+G+J C+J J+K G+J B+C+H+J+K S+D+J H+J J C+H+J G,J,K D+J pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10% Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology MLK1005S LQG15HN (LQG10A) LQP15MN (LQP10A) LQW15AN (LQW1005A) SMDCH- GR0402S ELJRF...FB 107

108 Chokes SMT RF Chokes Size 0603 (1.6 x 0.8 mm) Manuf. KOA KOA MURATA MURATA MURATA MURATA AVX PULSE TDK TDK TDK PANASONIC PANASONIC 3L CHILISIN CHILISIN CHILISIN FRONTIER FRONTIER L [μh] I [ma] KL 731J TTE KQ0603 LQG18HN (LQG11A) LQW18AN (LQW1608A) LQM18NN (LQG11N) LQP18MN L0603 0, , , PE-0603CD 0, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , MS MS MS MS MS MS MS MS Temp (-) Temp (+) Style TFT WWT MLT WWT MLT TFT TFT WWT MLT MLT WWT LCT LCT WWT MLT MLT WWT MLT MLT Tol.* G+J G+J+ K J+K C+D+ G+J K+M C+G B+C+ D+G+J K+J+ G MLG1608 S+D+ J MLF1608 GLF1608 ELJRE...FA ELJPE FA SMDCH- GR0603 J,K M D+J D+J G+J+ K+M pa. Unit CLH1608T S+J+ K CL M+K LCN0603 G+J+ K+M FL M FL M 108

109 Chokes SMT RF Chokes Size 0603 (1.6 x 0.8 mm) Manuf. KOA KOA MURATA MURATA MURATA MURATA AVX PULSE TDK TDK TDK PANASONIC PANASONIC 3L CHILISIN CHILISIN CHILISIN FRONTIER FRONTIER I [ma] KL 731J TTE KQ0603 LQG18HN (LQG11A) LQW18AN (LQW1608A) LQM18NN (LQG11N) LQP18MN L0603 PE-0603CD L [μh] , , , , , , , , , , , MS MS MS MS MS MS MS MS Temp (-) Temp (+) Style TFT WWT MLT WWT MLT TFT TFT WWT MLT MLT WWT LCT LCT WWT MLT MLT WWT MLT MLT Tol.* G+J G+J+ K J+K C+D+ G+J K+M C+G B+C+ D+G+J K+J+ G MLG1608 S+D+ J MLF1608 GLF1608 ELJRE...FA ELJPE FA SMDCH- GR0603 J,K M D+J D+J G+J+ K+M pa. Unit CLH1608T S+J+ K CL M+K LCN0603 G+J+ K+M FL M FL M * C = +-0,2 nh, D = +-0,5 nh, G = 2%, J = 5%, K = 10%, M = 20%, S = +-0,3 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology 109

110 Chokes SMT RF Chokes Size Manuf (2.0 x 1.25 mm) KOA KOA AVX FRONTIER PULSE PULSE MURATA PANASONIC FRONTIER FRONTIER TDK TDK TDK TDK 3L CHILISIN CHILISIN CHILISIN Murata Murata I [ma] KL73 2A TTE KQ0805 L C-series PE-0805FT PE-0805CD LQW2BHN (LQN21A) L [μh] 0, , , , , , ELJND FL , , , , , , , , , , , , , , , , , , , FL , , , , , , , , , , , MS MS MS MS MS MS MS MS MS Temp (-) Temp (+) Style TFT WWT TFT WWT WWT WWT WWT LCT TFT TFT MLT MLT WWT WWT WWT MLT MLT WWT MLT MLT Tol.* G+J G+J+K C+D+G+J J,K,M J+K K+J+G+F J J+K M M P K K+M M G+J+K+M S+J+K M+K J+K+M K N Pa. Unit MLZ 2012 MLF2012 GLF2012 GLF SMDCH- GR0805 CLH2012T CL LCN0805 LQM 21NN (LQG21N) LQM 21DN (LQG21C) 110

111 Chokes SMT RF Chokes Size 0805 (2.0 x 1.25 mm) Manuf. KOA KOA AVX FRONTIER PULSE PULSE MURATA PANASONIC FRONTIER FRONTIER TDK TDK TDK TDK 3L CHILISIN CHILISIN CHILISIN Murata Murata I [ma] KL73 2A TTE KQ0805 L C-series PE-0805FT PE-0805CD LQW2BHN (LQN21A) ELJND FL L [μh] , , , , , , , , , , , MS MS MS MS MS MS MS MS MS Temp (-) Temp (+) Style TFT WWT TFT WWT WWT WWT WWT LCT TFT TFT MLT MLT WWT WWT WWT MLT MLT WWT MLT MLT Tol.* G+J G+J+K C+D+ G+J J,K,M J+K K+J+ G+F FL MLZ 2012 MLF2012 GLF2012 GLF SMDCH- GR0805 J J+K M M P K K+M M G+J+ K+M CLH2012T CL LCN0805 LQM 21NN (LQG21N) LQM 21DN (LQG21C) S+J+K M+K J+K+M K N Pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology 111

112 Chokes SMT RF Chokes Size 1008 (2.5 x 2.0 mm) Manuf. PULSE PULSE PULSE Frontier 3L 3L 3L 3L KOA PANASONIC PANASONIC PANASONIC TDK TDK TDK TDK TDK TDK L [μh] I [ma] PE-1008CD PE-1008CQ PE-1008FD 1008C-Series SMDMS SMDFSR1008 SMD SMDCH- GR1008 0, , , ,0056 0, , , , , , , , , , , , , , , , , , , , , , , , , , MS MS MS MS MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT WWT WWT WWT WWT WWT LCT LCT LCT WWT WWT WWT WWT WWT WWT Tol.* K+J+ G J+K J+K J+K K+M J,K,M M+K G+J+ G+J+ K J+K J+K+ M K+M M K+M M K+M J K+M K+M Pa. Unit KQ1008 ELJNC ELJFC ELJPC GLC2518 GLF2518 GLF NLFV 25 NLV 2520 NLCV

113 Chokes SMT RF Chokes Size 1008 (2.5 x 2.0 mm) Manuf. PULSE PULSE PULSE Frontier 3L 3L 3L 3L KOA PANASONIC PANASONIC PANASONIC TDK TDK TDK TDK TDK TDK L [μh] I [ma] PE-1008CD PE-1008CQ PE-1008FD 1008C-Series SMDMS SMDFSR1008 SMD SMDCH- GR , , , , , , , , , , , MS MS MS MS MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT WWT WWT WWT WWT WWT LCT LCT LCT WWT WWT WWT WWT WWT WWT Tol.* K+J+ J+K J+K J+K K+M J,K,M M+K G+J+ G+J+ J+K J+K+ K+M M K+M M K+M J K+M G K+M K M Pa. Unit KQ1008 ELJNC ELJFC ELJPC GLC2518 GLF2518 GLF NLFV 25 NLV 2520 NLCV 25 * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology 113

114 Chokes SMT RF Chokes Size Manuf (3.2 x 1.6 mm) KOA Murata FRONTIER FRONTIER PULSE CHILISIN Murata 3L Murata Murata I [ma] KL 73 2B TE LQW31HN (LQN1A) FL FL L [μh] 0, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , MS MS MS MS Temp (-) Temp (+) Style TFT WWT MLT MLT WWT MLT WWT WWT WWT WWT Tol.* G+J J(K) M M M+K+J M+K K(J) J+K+M M/K J,K,M Pa. Unit PE-1206CD CL LQH31HN (LQN1H) SMTS- DR321618C LQH 31CN (LQH1C) LQH31MN (LQH1N) 114

115 Chokes SMT RF Chokes Size Manuf (3.2 x 1.6 mm) KOA Murata FRONTIER FRONTIER PULSE CHILISIN Murata 3L Murata Murata I [ma] KL 73 2B TE LQW31HN (LQN1A) FL FL L [μh] , , , , , , , , , , , MS MS MS MS Temp (-) Temp (+) Style TFT WWT MLT MLT WWT MLT WWT WWT WWT WWT Tol.* G+J J(K) M M M+K+J M+K K(J) J+K+M M/K J,K,M Pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh PE-1206CD CL LQH31HN (LQN1H) SMTS- DR321618C LQH 31CN (LQH1C) LQH31MN (LQH1N) Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology 115

116 Chokes SMT RF Chokes Size 1210 (3.2 x 2.5 mm) Manuf. KOA 3L TDK Pulse PANASONIC FRONTIER 3L 3L Murata PANASONIC PANASONIC CHILISIN TDK 3L 3L 3L 3L Murata TDK PANASONIC L [μh] I [ma] LFC32 CE SMD NLV32 PE-1210FT ELJNA FL SMDCHGR1210 SMTSDR LQH 32MN (LQH3N) 0, ,0068 0,0082 0, , , , , , , , , , , , , , , , , , , , , , , , MS MS MS MS MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT LCT MLT WWT WWT WWT LCT LCT WWT WWT WWT WWT WWT WWT WWT WWT LCT Tol.* JKM J+K J K+J J+K+M M G+J+ K+M M+J+K M/K(J) J+K+M K+M K+J K+J K+M J+K+M K+M M+N K/M M/K K Pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology ELJFA ELJPA NLC NLCV 32 SMDMS SMTSDR322520C SMTSDR SMTSDR322515S LQH 32CN (LQH3C) NLFC PF ELJSA 116

117 Chokes SMT RF Chokes Size 1210 (3.2 x 2.5 mm) Manuf. KOA 3L TDK Pulse PANASONIC FRONTIER 3L 3L Murata PANASONIC PANASONIC CHILISIN TDK 3L 3L 3L 3L Murata TDK PANASONIC L [μh] I [ma] LFC32 CE SMD NLV32 PE-1210FT ELJNA FL SMDCHGR1210 SMTSDR LQH 32MN (LQH3N) , , , , , , , , , , , MS MS MS MS MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT LCT MLT WWT WWT WWT LCT LCT WWT WWT WWT WWT WWT WWT WWT WWT LCT Tol.* JKM J+K J K+J J+K+M M G+J+ K+M M+J+K M/K(J) J+K+M K+M K+J K+J K+M J+K+M K+M M+N K/M M/K K Pa. Unit ELJFA ELJPA NLC NLCV 32 SMDMS SMTSDR322520C SMTSDR SMTSDR322515S LQH 32CN (LQH3C) NLFC PF ELJSA 117

118 Chokes SMT RF Chokes Size 1812 (3.5 x 3.2 mm) Manuf. 3L 3L PANASONIC 3L Murata 3L Murata PULSE TDK TDK TDK L [μh] I [ma] SMD SMD P ELJFB SMTSDR LQH43MN (LQH4N) 0, , , , , , , , , , , , , , , , , , , , , , , MS MS Temp (-) Temp (+) Style WWT WWT LCT WWT WWT WWT WWT WWT WWT WWT WWT Tol.* J+K K+M J+K J+K+M M/K(J) J+K+M K+M J+K K J M/K Pa. Unit SMTSDR C LQH43CN (LQH4C) PE-1812FD NLC PF NL PF NLFC PF 118

119 Chokes SMT RF Chokes Size 1812 (3.5 x 3.2 mm) Manuf. 3L 3L PANASONIC 3L Murata 3L Murata PULSE TDK TDK TDK L [μh] I [ma] SMD SMD P ELJFB SMTSDR LQH43MN (LQH4N) MS MS Temp (-) Temp (+) Style WWT WWT LCT WWT WWT WWT WWT WWT WWT WWT WWT Tol.* J+K K+M J+K J+K+M M/K(J) J+K+M K+M J+K K J M/K Pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology SMTSDR C LQH43CN (LQH4C) PE-1812FD NLC PF NL PF NLFC PF 119

120 Chokes SMT RF Chokes Size 2220 (5.7 x 5.0 mm) 2525 (6.3 x 6.3 mm) Manuf. Murata 3L TDK TDK Chilisin 3L 3L Murata I [ma] LQH55DN (LQN6C) SMTSDR575047C NL PF L [μh] 0, ,15 0,18 0, , , , , , , , , , , , , , , , , , , MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT WWT WWT WWT WWT Tol.* M K+M J K K+J J+K+M J+K+M M Pa. Unit NLC PF NL SMD SMD LQH 66SN (LQS66C) 120

121 SMT RF Chokes Size 2220 (5.7 x 5.0 mm) 2525 (6.3 x 6.3 mm) Manuf. Murata 3L TDK TDK Chilisin 3L 3L Murata I [ma] LQH55DN (LQN6C) SMTSDR575047C NL PF L [μh] MS MS Temp (-) Temp (+) Style WWT WWT WWT WWT WWT WWT WWT WWT Tol.* M K+M J K K+J J+K+M J+K+M M Pa. Unit * B = +-0,1 nh, C = +-0,2 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, M = 20%, P = 25%, N = 30%, S = +-0,3 nh, W = +-0,05 nh Style: TFT = Thinfilm Technology MLT = Multilayer Technology WWT = Wirewound Technology LCT = Lasercut Technology NLC PF NL SMD SMD LQH 66SN (LQS66C) 121

122 Storage Chokes Induct. [μh] Current [A] open vertical supplier open horizontal supplier open vertical with socket supplier housing vertical supplier housing horizontal supplier SMT supplier 0,53 23,8 PE Pulse 0,6 2 P0430T Pulse 0,6 5 P0450T Pulse 0,6 30,5 PG0122 Pulse 0,79 5 P0451T Pulse 0,81 14,3 PE Pulse 0,86 22,5 PA0235L Pulse 0,86 18 PG0123 Pulse 0,88 22,5 PA0690 Pulse 0,9 1,9 P0431T Pulse 1 1,5 P0432T Pulse 1,01 3,4 PE Pulse 1,1 21 PE Pulse 1,1 38 P0599 Pulse 1,29 5 P0452T Pulse 1,3 2,82 P0100 Pulse 1,32 11,5 PE Pulse 1,44 23,8 P1967L Pulse 1,5 14,4 P0395 Pulse 1,6 2,46 P0101 Pulse 1,6 34 P0598 Pulse 1,68 13,9 PE Pulse 1,7 1,2 P0433T Pulse 1,7 14,9 PG0116 Pulse 1,7 21,5 PA0689 Pulse 1,75 15 PE Pulse 1,8 5 P0453T Pulse 1,86 37,5 PA0430L Pulse 2 8,3 P0174 Pulse 2,1 3 P0454T Pulse 2,1 22,4 PE Pulse 2,2 1,2 P0434T Pulse 2,2 2,06 P0102 Pulse 2,24 19 PA0489L Pulse 2,4 7,2 P0175 Pulse 2,4 11,2 P0396 Pulse 2,4 27 P0597 Pulse 2,5 8 PE Pulse 2,5 11,4 PE Pulse 2,5 13,8 PG0112 Pulse 3 1,72 P0103 Pulse 3,2 1 P0435T Pulse 3,2 24 P0596 Pulse 3,5 10 PE Pulse 3,5 12,4 PE Pulse 3,5 14,3 P1715L Pulse 3,8 4,8 PE Pulse 3,9 1,46 P0104 Pulse 122

123 Chokes Storage Chokes Induct. [μh] Current [A] open vertical supplier open horizontal supplier open vertical with socket supplier housing vertical supplier housing horizontal supplier SMT supplier 4,02 6,4 PE Pulse 4,2 8,2 P0397 Pulse 4,3 19 P0599 Pulse 4,4 2,5 P0455T Pulse 4,7 10,4 PE Pulse 4,9 4,9 PE Pulse 4,52 19 P0595 Pulse 5 0,5 TC-5R0M-0.5A-2026-SN 3L TC-5R0M-0.5A-2026F-SN 3L 5 1,24 P0105 Pulse 5 5,2 P0176 Pulse 5,1 0,7 P0436T Pulse 5,1 5,4 PE Pulse 5,2 1,41 P0100 Pulse 5,2 15,4 PE Pulse 5,6 2 P0456T Pulse 5,8 6,8 P0398 Pulse 6,1 7,2 P0395 Pulse 6,2 1,4 PE Pulse 6,3 0,6 P0437T Pulse 6,4 1,23 P0101 Pulse 6,4 17 P0598 Pulse 6,8 15 DPB Talema DPV Talema 7,4 4,96 P0119 Pulse 7,5 6,6 P0457T Pulse 7,6 5,7 P0399 Pulse 7,8 4,15 P0174 Pulse 7,8 20,5 PA0431L Pulse 8,2 2 TC-8R2M-2.0A L TC-8R2M-2.0A-3726F 3L 9 0,3 TC-9R0M-0.3A L TC-9R0M-0.3A-2026F 3L 9 1,03 P0102 Pulse 9 5,5 PE Pulse 9,3 7,2 PE Pulse 9,3 3,84 P0177 Pulse 9,4 2,8 PE Pulse 9,4 3,8 P0144 Pulse 9,4 10,9 PE Pulse 9,6 3,6 P0175 Pulse 9,7 5,6 P0396 Pulse 9,8 13,5 P0597 Pulse 10 2 TC-100M-2.0A L TC-100M-2.0A-3026F 3L DPB Talema DPV Talema 10,4 0,5 P0438T Pulse 10,5 0,55 FEE Pulse FEE Pulse FEE Pulse 10,7 1,5 P0458T Pulse 10,9 0,88 P0116 Pulse 12 1 TC-120M-1.0A-3026F 3L TC-120M-1.0A-3026F 3L 12,1 0,86 P0103 Pulse 12,1 5,4 P0400 Pulse 123

124 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal 12,1 20,5 PA0432L Pulse 12,7 0,45 P0439T Pulse 12,8 12 P0596 Pulse 13,3 3,13 P0145 Pulse 13,5 1,3 P0459T Pulse PE Pulse 14,1 3,12 P0178 Pulse 15 0,5 TC-150M-0.5A L TC-150M-0.5A-2026F 3L 15 0,8 P0106 Pulse 15 2 TC-150M-2.0A L TC-150M-2.0A-4426F 3L 15 3 DPO Talema DPC Talema DPV Talema DPF Talema 15 5 DPO Talema DPC Talema DPV Talema DPF Talema 15 7,5 DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPC Talema DPV Talema DPF Talema DPB Talema DPV Talema 15,7 0,73 P0104 Pulse 16 0,8 FEE Pulse 16,1 5,1 PE Pulse 16,2 2,7 PE Pulse 17 3 PE Pulse PE-53816S Pulse 17 1,02 PE Pulse PE-53934S Pulse 17 4,1 P0397 Pulse PE Pulse 17,6 1 PE Pulse 18 0,35 FEE Pulse FEE Pulse FEE Pulse 18 1,81 PE Pulse PE-53825S Pulse 18 4,4 P ,1 9,5 P0595 Pulse 19 4,5 PE Pulse 19,7 2,64 P0179 Pulse 20 0,2 TC-200M-0.2A L TC-200M-0.2A-2026F 3L 20 2 PE Pulse 20 2,6 P0176 Pulse 20 3 TC-200M-3.0A L TC-200M-3.0A-5026F 3L 20 5 FEE Pulse FEE Pulse FEE Pulse 20,1 0,62 P0105 Pulse 20,7 0,34 P0440T Pulse 21 2,5 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 21,9 2,7 PE Pulse 22 1 DPO Talema DPC Talema DPV Talema DPF Talema 22 2 DPO Talema DPC Talema DPV Talema DPF Talema 22 2 TC-220M-2.0A L TC-220M-2.0A-3726F 3L 22 3 DPO Talema DPC Talema DPV Talema DPF Talema 22 5 DPO Talema DPC Talema DPV Talema DPF Talema 22 5 TC-220M-5.0A L TC-220M-5.0A-6026F 3L 22 5 PE Pulse 22 7,5 DPO Talema DPC Talema DPV Talema DPF Talema 124

125 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal DPO Talema DPB Talema DPV Talema DPB Talema 22,1 0,66 P0107 Pulse 23 0,5 FEE Pulse Pulse FEE Pulse FEE Pulse 23 2,43 P0146 Pulse PE ,1 3,4 P0398 Pulse 24 1 TC-240M-1.0A L TC-240M-1.0A-3726F 3L 24 2,74 PE Pulse PE-53933S Pulse FEE Pulse 25 1,6 FSM19 Pulse FSM29 Pulse FSM39 Pulse 25 2,5 FSM10 Pulse FSM20 Pulse FSM30 Pulse 25 2,6 PE Pulse PE-92100K Pulse 25 3 PE PE-54041S Pulse 25 5 TC-250M-5.0A L TC-250M-5.0A-6826F 3L 26 0,45 PE Pulse PE-53807S Pulse 26 0,84 PE Pulse PE-53815S Pulse 26 1,48 PE Pulse PE-53824S Pulse 27 0,1 TC-270M-0.1A L TC-270M-0.1A-2026F 3L P0460T Pulse 27 0,3 TC-270M-0,3A L TC-270M-0,3A-2026F 3L 27 0,354 P0402 Pulse 28 2,5 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 29 4 TC-290M-4.0A L TC-290M-4.0A-6026F 3L FEE Pulse FEE Pulse 29,1 2,7 PE Pulse 29,3 2,16 P0180 Pulse 29,7 1,4 PE Pulse 30 0,29 P0441T Pulse 30 2 TC-300M-2.0A L TC-300M-2.0A-5026F 3L TC-300M-10A L TC-300M-10A-10626F 3L 30,6 2,85 P0399 Pulse 30,7 0,54 P0108 Pulse 32 1 TC-320M-1.0A L TC-320M-1.0A-3026F 3L 32 4 TC-320M-4.0A L TC-320M-4.0A-6826F 3L 32 6,5 PE Pulse FEE Pulse PE Pulse 33 1 DPO Talema DPC Talema DPV Talema DPF Talema 33 2 DPO Talema DPC Talema DPV Talema DPF Talema 33 2 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 33 3 DPO Talema DPC Talema DPV Talema DPF Talema 33 5 DPO Talema DPC Talema DPV Talema DPF Talema 33 7,5 DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPB Talema DPV Talema DPB Talema 34,8 3 P0403 Pulse 35 2,6 PE Pulse PE-92103K Pulse 35 3 TC-350M-3.0A L TC-350M-3.0A-6026F 3L 125

126 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal DPO Talema DPB Talema DPV Talema DPB Talema 22,1 0,66 P0107 Pulse 23 0,5 FEE Pulse Pulse FEE Pulse FEE Pulse 23 2,43 P0146 Pulse PE ,1 3,4 P0398 Pulse 24 1 TC-240M-1.0A L TC-240M-1.0A-3726F 3L 24 2,74 PE Pulse PE-53933S Pulse FEE Pulse 25 1,6 FSM19 Pulse FSM29 Pulse FSM39 Pulse 25 2,5 FSM10 Pulse FSM20 Pulse FSM30 Pulse 25 2,6 PE Pulse PE-92100K Pulse 25 3 PE PE-54041S Pulse 25 5 TC-250M-5.0A L TC-250M-5.0A-6826F 3L 26 0,45 PE Pulse PE-53807S Pulse 26 0,84 PE Pulse PE-53815S Pulse 26 1,48 PE Pulse PE-53824S Pulse 27 0,1 TC-270M-0.1A L TC-270M-0.1A-2026F 3L P0460T Pulse 27 0,3 TC-270M-0,3A L TC-270M-0,3A-2026F 3L 27 0,354 P0402 Pulse 28 2,5 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 29 4 TC-290M-4.0A L TC-290M-4.0A-6026F 3L FEE Pulse FEE Pulse 29,1 2,7 PE Pulse 29,3 2,16 P0180 Pulse 29,7 1,4 PE Pulse 30 0,29 P0441T Pulse 30 2 TC-300M-2.0A L TC-300M-2.0A-5026F 3L TC-300M-10A L TC-300M-10A-10626F 3L 30,6 2,85 P0399 Pulse 30,7 0,54 P0108 Pulse 32 1 TC-320M-1.0A L TC-320M-1.0A-3026F 3L 32 4 TC-320M-4.0A L TC-320M-4.0A-6826F 3L 32 6,5 PE Pulse FEE Pulse PE Pulse 33 1 DPO Talema DPC Talema DPV Talema DPF Talema 33 2 DPO Talema DPC Talema DPV Talema DPF Talema 33 2 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 33 3 DPO Talema DPC Talema DPV Talema DPF Talema 33 5 DPO Talema DPC Talema DPV Talema DPF Talema 33 7,5 DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPB Talema DPV Talema DPB Talema 34,8 3 P0403 Pulse 35 2,6 PE Pulse PE-92103K Pulse 35 3 TC-350M-3.0A L TC-350M-3.0A-6026F 3L 126

127 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal TC-350M-10A L TC-350M-10A-10626F 3L 36 0,5 TC-370M-0.5A-3026F 3L 36 0,75 FEE Pulse FEE Pulse FEE Pulse 36 2,24 PE-53932S Pulse FEE Pulse 37 0,5 TC-370M-0.5A L PE Pulse 37,3 1,92 P0177 Pulse 38 1,2 PE Pulse PE-53823S Pulse 38 3 FEE Pulse PE Pulse FEE Pulse Pulse PE-54040S Pulse 38 4 FEE Pulse FEE Pulse FEE Pulse 38 6 FEE Pulse 39 0,34 PE Pulse PE-53806S Pulse 40 0,2 FEE-1-1 Pulse FEE Pulse FEE-1-3 Pulse 40 4 PE Pulse PE-92111K Pulse FEE Pulse FEE Pulse 42,2 0,24 P0442T Pulse 42,6 1,8 P0181 Pulse 43 1 TC-430M-1.0A L TC-430M-1.0A-4426F 3L PE Pulse 43,6 1,1 PE Pulse 45 0,44 P0116 Pulse 46 0,9 P0461T Pulse 46 2,5 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 47 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 47 1 DPO Talema DPC Talema DPV Talema DPF Talema 47 2 DPO Talema DPC Talema DPV Talema DPF Talema 47 3 DPO Talema DPC Talema DPV Talema DPF Talema 47 3 PE Pulse 47 4 FST150 Pulse FST250 Pulse FST350 Pulse 47 5 DPO Talema DPC Talema DPV Talema DPF Talema 47 7,5 DPO Talema DPC Talema DPV Talema DPF Talema FST190 Pulse FST290 Pulse FST390 Pulse DPO Talema DPV Talema DPV Talema DPV Talema 48 0,8 P0462T Pulse FEE Pulse FEE Pulse 48,5 2,7 P0400 Pulse 49 7 FEE Pulse FEE Pulse 50 1,6 FEE Pulse FEE Pulse FEE Pulse P0147 Pulse 50 2,6 PE Pulse PE Pulse PE-92101K Pulse 50 5 TC-500M-5.0A L TC-500M-5.0A-8026F 3L 51 0,3 FEE Pulse FEE Pulse FEE Pulse 52 5 FEE Pulse 52 7 PE Pulse 53 1 PE Pulse PE-53822S Pulse 53 1,87 PE53831 Pulse PE53831S Pulse 53 3 PE Pulse PE-54039S Pulse 55 0,33 PE Pulse PE-53805S Pulse 127

128 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal 55 5 PE Pulse PE Pulse PE-92114K Pulse 55 7 PE Pulse PE Pulse PE-92116K Pulse PE Pulse 56 0,5 TC-560M-0.5A L TC-560M-0.5A-3726F 3L PE Pulse PE-53813S Pulse 56 7 TC-560M-7.0A-10626F 3L TC-560M-7.0A-10626F 3L FEE Pulse FEE Pulse 56,2 1,56 P0178 Pulse 58 2 TC-580M-2.0A L TC-580M-2.0A-6026F 3L 58,1 1,3 PE Pulse 60 3 TC-600M-3.0A L TC-600M-3.0A-5026F 3L 60 4 TC-600M-4.0A L TC-600M-4.0A-8026F 3L PE Pulse 60,1 0,4 P0106 Pulse 61 3 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 61 6,5 FEE Pulse FEE Pulse 61,3 1,48 P0182 Pulse 62 0,2 P0443T Pulse 63 2,5 FST130 Pulse FST230 Pulse FST330 Pulse 63 3,15 FST140 Pulse FST240 Pulse FST340 Pulse 63 6,3 FST170 Pulse FST270 Pulse FST370 Pulse 63 6, Vogt Vogt 63 8 FST180 Pulse FST280 Pulse FST380 Pulse Vogt Vogt 64 4 FEE Pulse 65 2 TC-650M-2.0A L TC-650M-2.0A-6826F 3L 66 8 FEE Pulse 68 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 68 1 DPO Talema DPC Talema DPV Talema DPF Talema 68 1 TC-680M-1.0A L TC-680M-1.0A-3726F 3L 68 2 DPO Talema DPC Talema DPV Talema DPF Talema 68 2 TC-680M-2.0A L TC-680M-2.0A-4426F 3L 68 3 TC-680M-1.0A L TC-680M-1.0A-5026F 3L PE-92114K Pulse 68 3 DPO Talema DPC Talema DPV Talema DPF Talema 68 5 DPO Talema DPC Talema DPV Talema DPF Talema 68 7 TC-680M-7.0A-10626F 3L TC-680M-7.0A-10626F 3L 68 7,5 DPO Talema DPB Talema DPV Talema DPB Talema DPB Talema 70 3 PE Pulse PE Pulse PE-92104K Pulse FE Pulse FE Pulse 72 2,2 P0401 Pulse 75 3 TC-750M-3.0A L TC-750M-3.0A-8026F 3L TC-750M-10A L TC-750M-10A-13026F 3L 77 1,54 PE Pulse PE-53830S 77 2,7 PE Pulse PE-54038S Pulse 77 3 PE Pulse PE-54044S Pulse FEE Pulse 78 0,46 PE Pulse PE-53812S Pulse 128

129 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal DPB Talema V33 A6 00 Radiohm 51H33 A6 00 Radiohm H38B0 00 Radiohm 104 0,16 P0445T Pulse FE Pulse FE Pulse V38B0 00 Radiohm 108 1,77 P0402 Pulse 110 0,5 TC-111M-0.5A L TC-111M-0.5A-4426F 3L TC-111M-2.0A L TC-111M-2.0A-6026F 3L TC-111M-2.0A L TC-111M-2.0A-8026F 3L PE Pulse TC-111M-4.0A L TC-111M-4.0A-6826F 3L 112 1,26 PE Pulse PE-53829S Pulse 113 0,75 FEE Pulse FEE Pulse FEE Pulse 114 0,94 PE Pulse 114 2,22 PE Pulse PE-54037S Pulse 115 0,67 PE Pulse PE-53820S Pulse 117,3 1,08 P0180 Pulse 118 0,2 PE Pulse PE-53803S Pulse 118 0,38 PE Pulse PE-53811S Pulse V Radiohm 51H Radiohm 51V SA Radiohm 56V Radiohm FEE Pulse 120 6,3 FST171 Pulse FST271 Pulse FST371 Pulse FST181 Pulse FST281 Pulse FST381 Pulse H42A A0 00 Radiohm 122,6 0,27 P0108 Pulse FEE Pulse FEE Pulse FEE Pulse FST151 Pulse FST251 Pulse FST351 Pulse FEE Pulse FEE Pulse Vogt Vogt FEE Pulse FEE Pulse FEE Pulse TC-131M-1.0A L TC-131M-1.0A-6026F 3L FEE Pulse FEE Pulse TC-131M-3.0A L TC-131M-3.0A-6826F 3L TC-131M-3.0A L TC-131M-3.0A-9426F 3L FEE Pulse FEE Pulse FEE Pulse TC-131M-7.0A L TC-131M-7.0A-13026F 3L FEE Pulse 137 0,99 P0150 Pulse 139 1,5 P0403 Pulse 140 0,5 TC-141M-0.5A L TC-141M-0.5A-3026F 3L Pulse TC-141M-1.0A L TC-141M-1.0A-4426F 3L Pulse FEE Pulse FEE Pulse FEE TC-141M-3.0A L TC-141M-3.0A-9026F 3L FEE Pulse FEE Pulse FEE FEE Pulse 144 8,5 FEE Pulse PE Pulse PE Pulse PE Pulse PE-92105K Pulse 129

130 Chokes Storage Chokes Induct. [μh] Current [A] open vertical supplier open horizontal supplier open vertical with socket supplier housing vertical supplier housing horizontal supplier SMT supplier 150 0,14 P0446T Pulse 150 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 150 0,63 51V Radiohm 51H Radiohm 56V Radiohm 56H TC-151M-1.0A L TC-151M-1.0A-6826F 3L Radiohm DPO Talema DPC Talema DPV Talema DPF Talema 150 1,6 FST120 Pulse FST220 Pulse FST320 Pulse 150 1,7 PE Pulse PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema V Radiohm 51H Radiohm PE Pulse 56V Radiohm 56H Radiohm V Radiohm 56V Radiohm 56H Radiohm H Radiohm 57H Radiohm PE Pulse FEE Pulse DPO Talema DPC Talema DPV Talema DPF Talema TC-151M-4.0A L TC-151M-4.0A-10626F 3L 52V SA Radiohm 56V Radiohm 56H Radiohm V Radiohm 51H Radiohm 51V SA Radiohm 57V Radiohm 57H Radiohm TC-151M-5.0A L TC-151M-5.0A-8026F 3L DPO Talema DPB Talema DPV Talema DPF Talema V Radiohm 51H Radiohm 52V SA Radiohm 57V Radiohm 56H Radiohm V Radiohm 56H Radiohm 150 7,5 DPO Talema DPB Talema DPB Talema V38 A0 00 Radiohm 51H38 A0 00 Radiohm 51V38 A0 00 SB Radiohm FEE Pulse FEE Pulse 160 2,5 FEE Pulse FEE Pulse FEE Pulse Vogt FEE Pulse FEE Pulse 160 6,3 FEE Pulse FEE Pulse Vogt Vogt Vogt Vogt 162 0,4 P0465T Pulse PE Pulse PE-92109K Pulse 168 1,02 PE Pulse PE-53828S Pulse 167 2,5 PE Pulse FEE Pulse FEE Pulse PE Pulse 170,3 0,9 P0181 Pulse 173 0,54 PE Pulse PE-53819S Pulse 175 1,7 FEE Pulse FEE Pulse PE Pulse 176 0,3 FEE Pulse PE Pulse PE-53810S Pulse 176 1,4 FEE Pulse 178 0,16 PE Pulse PE-53802S Pulse FEE Pulse FEE Pulse TC-182M-1.0A L TC-182M-1.0A-9026F 3L 180 3,15 51V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm 180 3,15 51V Radiohm 51H Radiohm V Radiohm 51H Radiohm 51V SB 56H42A FEE Pulse 192 0,9 PE Pulse 130

131 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing [μh] [A] with socket vertical horizontal FEE Pulse FEE Pulse supplier SMT supplier 200 0,4 57V Radiohm 57H Radiohm 200 0,81 P0151 Pulse TC-201M-2.0A L TC-201M-2.0A-9026F 3L TC-201M-5.0A L TC-201M-5.0A-13026F 3L 200 2,5 51V Radiohm 51H Radiohm 200 3,15 FST141 Pulse FST241 Pulse FST341 Pulse FEE Pulse FEE Pulse FST161 Pulse FST261 Pulse FST361 Pulse 200 6,3 FST172 Pulse FST272 Pulse FST372 Pulse 208 2,5 FEE Pulse 215 0,35 P0466T Pulse FEE Pulse 220 0,5 DPO Talema DPC Talema DPV Talema DPF Talema TC-221M-1.0A L TC-221M-1.0A-5026F 3L DPO Talema DPC Talema DPV Talema DPF Talema 220 1,4 PE Pulse 220 1,5 PE Pulse PE Pulse TC-221M-2.0A L TC-221M-2.0A-9426F 3L DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPC Talema DPV Talema DPF Talema PE Pulse TC-221M-4.0A L TC-221M-4.0A-8026F 3L DPO Talema DPC Talema DPV Talema DPF Talema 220 7,5 DPO Talema DPB Talema DPB Talema FSM12 Pulse FSM22 Pulse FSM32 Pulse TC-231M-2.0A L TC-231M-2.0A-6826F 3L 240 0,5 TC-241M-0.5A L TC-241M-0.5A-3726F 3L 245,3 0,74 P0182 Pulse 248 0,83 PE Pulse PE-53827S Pulse FST110 Pulse FST210 Pulse FST310 Pulse 250 1,5 PE Pulse PE-53935S Pulse 250 3, Vogt FST152 Pulse FST252 Pulse FST FEE Pulse Vogt Vogt FEE Pulse FEE Pulse FEE Pulse FEE Pulse Vogt Vogt TC-251M-10A L TC-251M-10A-13026F 3L 252 0,44 PE Pulse PE-53818S Pulse 254 0,25 PE-53809S Pulse 256 0,13 PE-53801S Pulse 256 0,25 PE Pulse 256 1,5 FEE Pulse FEE Pulse 259 0,13 PE Pulse 260 2,5 56V Radiohm 56H Radiohm FEE Pulse FEE Pulse FEE Pulse FEE Pulse supplier 131

132 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal FEE Pulse FEE Pulse FEE Pulse FEE Pulse 267 0,9 FEE Pulse FEE Pulse V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm TC-271M-3.0A L TC-271M-3.0A-8026F 3L PE Pulse PE Pulse PE-92106K Pulse FEE Pulse FEE Pulse FEE Pulse FEE Pulse FEE Pulse 300 0,4 56V Radiohm 56H Radiohm 300 0,4 56V Radiohm 56H Radiohm 300 1,6 FST121 Pulse FST221 Pulse FST321 Pulse TC-301M-2.0A L TC-301M-2.0A-10262F 3L Radiohm TC-301M-5.0A L TC-301M-5.0A-9426F 3L Radiohm FST192 Pulse FST292 Pulse 305 0,65 P0152 Pulse FEE Pulse 315 0,3 P0467T Pulse 315 2,5 FST132 Pulse FST232 Pulse FST332 Pulse TC-321M-2.0A L TC-321M-2.0A-8026F 3L TC-321M-5.0A L TC-321M-5.0A-9026F 3L 325 5,6 FEE Pulse 330 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 330 0,63 51V Radiohm 51H Radiohm 330 0,9 PE Pulse PE Pulse PE Pulse PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema 330 1,6 51V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPC Talema DPV Talema DPF Talema PE Pulse V Radiohm 51H Radiohm 51V SB Radiohm FST262 Pulse 56H42A Radiohm FST153 Pulse FST362 Pulse DPO Talema DPB Talema 330 6,3 51V Radiohm 51H Radiohm 51V SB Radiohm 56H42A Radiohm 330 7,5 DPO Talema DPB Talema PE Pulse 336,7 0,61 P0183 Pulse FEE Pulse FEE Pulse 345 0,6 FEE Pulse FEE Pulse FEE Pulse FEE Pulse TC-361M-0.5A L TC-361M-0.5A-4426F 3L FEE Pulse FEE Pulse 373 0,2 0.2A: PE-53808S Pulse FEE Pulse FEE Pulse 374 0,2 PE Pulse 374 0,36 PE-53817S Pulse 132

133 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing [μh] [A] with socket vertical horizontal supplier SMT supplier 375 0,36 PE Pulse 375 0,68 PE-53826S Pulse 377 0,68 PE Pulse 377 0,72 PE Pulse V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm TC-391M-4.0A L TC-391M-4.0A-9426F 3L 400 0,25 P0468T Pulse FST111 Pulse FST211 Pulse FST311 Pulse Vogt FEE Pulse FEE Pulse FEE Pulse 400 1, Vogt Vogt 400 1,6 FEE Pulse FEE Pulse FEE Pulse 400 2,5 FEE Pulse FEE Pulse Vogt 400 3,15 FST142 Pulse FST242 Pulse FST342 Pulse 400 3,6 PE Pulse FEE Pulse FEE Pulse Vogt Vogt FEE Pulse FEE Pulse 400 6, Vogt Vogt Vogt Vogt V38 A8 00 Radiohm 31H38 A8 00 Radiohm 426 0,64 FEE Pulse FEE Pulse TC-431M-2.0A L TC-431M-2.0A-8026F 3L FEE Pulse FEE Pulse 439 0,53 P0153 Pulse TC-451M-2.0A L TC-451M-2.0A-9026F 3L PE Pulse 470 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 470 0,64 PE Pulse 56V Radiohm 56H Radiohm 470 0,9 PE Pulse PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema TC-471M-1.0A L TC-471M-1.0A-6026F 3L TC-471M-3.0A L TC-471M-1.0A-9026F 3L TC-471M-1.0A L TC-471M-3.0A-9026F 3L V Radiohm 51H Radiohm PE Pulse 56V Radiohm DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPB Talema DPV Talema DPO Talema DPB Talema TC-471M-7.0A L TC-471M-7.0A-13026F 3L 470 7,5 DPO Talema DPB Talema FST182 Pulse FST282 Pulse FEE Pulse 500 0,6 PE Pulse TC-501M-1.0A L TC-501M-1.0A-6826F 3L 500 1,75 PE Pulse 500 2,75 PE Pulse TC-501M-3.0A-9426F 3L TC-501M-3.0A-9426F 3L FST153 Pulse FST253 Pulse FST353 Pulse supplier 133

134 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal 536 0,9 FEE Pulse FEE Pulse 540 4,5 FEE Pulse 550 1,5 FEE Pulse H Radiohm 51H Radiohm V Radiohm 56H Radiohm 562 1,3 FEE Pulse FEE Pulse FEE Pulse FEE Pulse 630 0,63 FST100 Pulse FST200 Pulse FST300 Pulse 630 3, Vogt Vogt 630 3,2 FEE Pulse FEE Pulse FEE Pulse Vogt Vogt FEE Pulse FEE Pulse Vogt Vogt 645 0,74 PE Pulse 680 0,5 DPO Talema DPC Talema DPV Talema DPF Talema 680 0,63 51V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm 680 0,85 PE Pulse PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema 680 1,3 PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema 680 2,5 51V Radiohm 51H Radiohm DPO Talema DPB Talema 680 3,15 56H Radiohm TC-681M-5.0A L TC-681M-5.0A-13026F 3L DPO Talema DPB Talema 700 0,63 FST173 Pulse FST273 Pulse 755 2,5 FEE Pulse TC-781M-2.0A L TC-781M-2.0A-9426F 3L FST112 Pulse FST212 Pulse FST312 Pulse 800 1,6 FST122 Pulse FST222 Pulse FST322 Pulse 800 3,15 FST143 Pulse FST243 Pulse FST343 Pulse 801 0,85 FEE Pulse FEE Pulse 820 0,75 PE Pulse PE Pulse TC-851M-2.0A L TC-851M-2.0A-10626F 3L 875 3,5 FEE Pulse FEE Pulse FEE Pulse 958 0,75 FEE Pulse FEE Pulse TC960M-1.0A L TC960M-1.0A-8026F 3L ,22 FSM14 Pulse FSM24 Pulse FSM34 Pulse ,315 FSM13 Pulse FSM33 Pulse FSM23 Pulse ,35 PE Pulse ,5 DPO Talema DPC Talema DPV Talema DPF Talema ,5 PE Pulse PE Pulse ,63 FST101 Pulse FST201 Pulse FST301 Pulse ,95 PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema Vogt ,6 51V Radiohm 51H Radiohm 56V Radiohm 56H Radiohm ,6 FEE Pulse FEE Pulse FEE Pulse 134

135 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal DPO Talema DPB Talema DPV Talema ,5 FEE Pulse FEE Pulse FEE Pulse , Vogt Vogt DPO Talema DPB Talema , Vogt Vogt ,2 FEE Pulse FEE Pulse FEE Pulse Vogt Vogt DPO Talema DPB Talema ,3 FEE Pulse FEE Pulse Vogt Vogt ,71 PE Pulse ,5 FEE Pulse FEE Pulse V Radiohm 51H Radiohm 56V Radiohm FEE Pulse ,62 FEE Pulse FEE Pulse ,5 FST134 Pulse FST234 Pulse FST334 Pulse FST163 Pulse FST263 Pulse ,2 FEE Pulse FEE Pulse FEE Pulse TC-132M-1.0A L TC-132M-1.0A-9426F 3L ,3 31V Radiohm 31H Radiohm ,5 31V Radiohm 31 H Radiohm ,8 FEE Pulse ,5 DPO Talema DPC Talema DPV Talema DPF Talema ,62 PE Pulse DPO Talema DPC Talema DPV Talema DPF Talema V Radiohm 51H Radiohm 56H Radiohm ,4 31V17D Radiohm 31H17D Radiohm ,6 FST123 Pulse FST223 Pulse FST323 Pulse V Radiohm DPO Talema DPB Talema DPV Talema ,5 51V Radiohm 51H Radiohm DPO Talema DPB Talema ,6 51V Radiohm 51H Radiohm 56H Radiohm ,5 FEE Pulse FEE Pulse Vogt Vogt FEE Pulse FEE Pulse Vogt Vogt ,42 FEE Pulse FEE Pulse H Radiohm 51V Radiohm 56V Radiohm ,5 31V Radiohm 31H Radiohm ,7 31V Radiohm 31H Radiohm ,63 FST102 Pulse FST202 Pulse FST302 Pulse FST113 Pulse FST213 Pulse FST313 Pulse , Vogt Vogt PE Pulse PE Pulse ,2 31V Radiohm 31H Radiohm FST154 Pulse FST254 Pulse ,9 31V Radiohm 31H Radiohm ,4 31V Radiohm 31H Radiohm ,42 PE Pulse 135

136 Chokes Storage Chokes Induct. Current open vertical supplier open horizontal supplier open vertical supplier housing supplier housing supplier SMT supplier [μh] [A] with socket vertical horizontal ,5 DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPB Talema ,3 31V Radiohm 31H Radiohm DPO Talema DPB Talema ,8 31V Radiohm 31H Radiohm , Vogt Vogt FEE Pulse FEE Pulse FEE Pulse Vogt ,5 FEE Pulse FEE Pulse Vogt Vogt FEE Pulse FEE Pulse Vogt Vogt ,15 FST144 Pulse FST244 Pulse ,6 FST124 Pulse FST224 Pulse FST324 Pulse ,5 FST135 Pulse FST235 Pulse ,5 DPO Talema DPC Talema DPV Talema DPF Talema DPO Talema DPC Talema FST114 Pulse FST214 Pulse FST314 Pulse , Vogt Vogt FEE Pulse FEE Pulse ,5 DPO Talema DPC Talema DPV Talema DPF Talema ,63 FST103 Pulse 0,63A: FST203 Pulse Vogt FST303 Pulse , Vogt Vogt Vogt 136

137 Chokes Design overview on page Power Chokes (SMT) Design L [μh] I [ma] LPC10065 LPC12065 IHLP-2525CZ IHLP-5050CE IHLP-5050EZ IHLP-5050FD P1252 0,047 0,056 0, , , , , , , , , , , , , , Magnetically MS MS MS MS shielded Style DCI DCI SCI SCI SCI SCI DCI DCI SCI SCI SCI DCI PLT DCI DCI Temp Temp Tolerance* K,M K,M,N M M M M M M M M M L L L L Pa. unit PA0390. PA051X PA0513. PA0135. PB2020 PA1xxxx.xxx P P Design L [μh] I [ma] PG0083 PG0137 PG00xx PG0xxx P1166. P SMTBW104L 0,047 0,056 0,068 0,082 0, ,12 0, , , , , , , , , , Magnetically MS MS MS MS shielded Style SCI SCI SCI DCI DCI DCI PLT PLT PLT PLT PLT DCI DCI DCI DCI DCI Temp Temp Tol.* P P M M M M M,N M,N M,N M,N M,N M,N M,N M,N M,N M,N Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS SMTBW104S SMTBW125U SMTBW134 SMTBW134H SMTDR0402HC SMTDR0504HC SMTDR0904HC SMTDR1105HC SMTDR1306HC 137

138 Chokes Power Chokes (SMT) Design L [μh] I [ma] CSN 042A CSN 054B CSN 075B CSN 0810S CSN 082S CSN 084F CSN 105B CSN 136S , , ,8 2, ,7 3, ,9 4, , , , Magnetically MS MS MS MS MS shielded Style DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tol.* M K,L,M K,L,M L,M L,M M L,K,M L,M L.M L,M L,M M M K,M L K,M K,M,N Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS CSS 054B CSS 075B CSS 105B CSS 125B CSS 127B LPC 4045 LPC 9040 LPC10065 LPC

139 Chokes Power Chokes (SMT) Design I [ma] IHLP-2525CZ IHLP-5050CE IHLP-5050EZ IHLP-5050FD P P0762 P0770 P0250 P1252 P0648 P1174 PA0390. Design overview on page L [μh] , , , , , , , , , , , Magnetically MS MS MS MS MS shielded Style SCI SCI SCI SCI DCI DCI DCI DCI DCI DCI DCI DCI DCI SCI Temp Temp Tolerance* M M M M M M L L M M M M M M Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS PA0040 PA

140 Chokes Power Chokes (SMT) Design L [μh] I [ma] PB2020 PA1xxxx.xxx P P P01... PD0120. PE , , , , , , , , , , , Magnetically MS MS MS MS MS MS shielded Style DCI PLT DCI DCI DCI SCI DCI DCI DCI DCI DCI SCI DCI SCI SCI DCI Temp Temp Tolerance* L L L L M K M M M M M P M P M M Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS P1174. PF NL PG PG0063. PG0083 PG PG0137 PG00xx PG0xxx 140

141 Chokes Power Chokes (SMT) Design I [ma] P1166. P1167. P P P CSN0410H CST413H SMTDRRI62B SMTDRRI64B SMTDRRI73 SMTDRRI74 SMTDRRI124 Design overview on page L [μh] , , , , , , , , , , , Magnetically MS MS MS MS MS MS MS MS MS MS MS MS MS shielded Style DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tolerance* M M M M M M M N M M M M M M,N Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS SMTDRRI25 SMTDRRI

142 Chokes Power Chokes (SMT) Design L [μh] I [ma] SMTDR31 SMTDR32 SMTDR43 SMTDR52 SMTDR53 SMTDR54 SMTDR73 SMTDR , , , , , , , , , , , Magnetically MS MS MS MS MS MS MS shielded Style DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tolerance* M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K,M J,K.M M,L,K K,L,M K,L,M K,L,M K,L,M M+N M+N M+N Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS SMTDR104 SMTDR105 SMTDR137 SMTDRRI63B SMTDRRI74B SMTDRRI105B SMTDRRI125B RLF7030T RLF1245T RLF12560T 142

143 Chokes Power Chokes (SMT) Design L [μh] I [ma] SMTBW104L SMTBW104S SMTBW125 SMTBW125H SMTBW125U SMTBW134 SMTBW134H SLF T-PF , , , , , , , , , , , Magnetically MS MS MS MS MS MS MS MS shielded Style PLT PLT PLT PLT PLT PLT PLT DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tolerance* M,N M,N M,N M,N M,N M,N M,N 15% N M K 15% K,M M M M M M Pa. unit SLF T-PF SLF T-PF SLF T SLF 6028T-PF SLF 7028 T-PF SLF 7032 T-PF SLF 7045T-PF VLP4612T Design overview on page *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS VLP5610T LDR655312T 143

144 Chokes Power Chokes (SMT) Design L [μh] I [ma] SMTDRS0628 SMTDRS0728 SMTDRS0730 SMTDRS0732 SMTDRS0745 SMTDRS , , ,8 2, , , , , , , , Magnetically MS MS MS MS MS MS MS MS MS MS MS MS MS MS shielded Style DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tolerance* M M M M M M N,M N;M K,M M M M M M Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS SMTDRS1255 SMTDRS1265 SMTDRS1275 SMTDRRI0402 SMTDRRI0804 SMTDRRI1206 SDT0402T SDT0804T 144

145 Chokes Power Chokes (SMT) Design I [ma] SMTDR0401G+T SMTDR0402HC SMTDR0504HC SMTDR0904HC SMTDR1105HC SMTDR1306HC SMTDR0402 SMTDR0802 SMTDR0804 SMTDR0810 Design overview on page L [μh] , , , , , , , , , , , Magnetically MS shielded Style DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI DCI Temp Temp Tolerance* M M,N M,N M,N M,N M,N M,K M M M M M Pa. unit *W = +-0,05 nh, B = +-0,1 nh, C = +-0,2 nh, S = +-0,3 nh, D = +-0,5 nh, G = 2%, H = 3%, J = 5%, K = 10%, L = 15%, M = 20%, P = 25%, N = 30% Style: DCI = DRUM CORE INDUCTOR, PLT = PLANAR TECNOLOGY, SCI = SHAPED CORE INDUCTORS SMTDR1206 SMDFSR1008PS 145

146 Power Chokes (SMT) Dimensions Design 1 Design 5 Manufacturer Product Code Size [ mm] FRONTIER CSN 042A 6,5x5,3x2,0 FRONTIER CSN 054B 6,5x5,3x2,0 FRONTIER CSN 075B 6,5x5,3x2,0 FRONTIER CSN 0810S 6,5x5,3x2,0 FRONTIER CSN 082S 6,5x5,3x2,0 FRONTIER CSN 084F 6,5x5,3x2,0 FRONTIER CSN 105B 6,5x5,3x2,0 FRONTIER CSN 136S 6,5x5,3x2,0 Design 2 Manufacturer Product Code Size [ mm] KOA LPC 4045 Ø4,0x4,3 KOA LPC 9040 Ø9,0x4,9 KOA LPC10065 Ø10x7,5 KOA LPC12065 Ø12x7,5 Design 3 Manufacturer Product Code Size [ mm] PULSE P Ø12x7,5 PULSE P x9x5 PULSE P ,95x9,4x3 PULSE P0250 6x4x3 PULSE P ,5x15x7,1 PULSE P ,2x15x7,49 PPULSE P1174 6,73x4,45x2,79 PULSE PA0390 8,89x6,1x5,08 PULSE PA0040 7,75x5,21x1,8 Design 4 Manufacturer Product Code Size [ mm] PULSE PA051X 7x7x4,96 PULSE PA ,5x13x8 PULSE PA x13x7,1 Manufacturer Product Code Size [ mm] PULSE PA1xxxx.xxx 19,5x19,8x7,37 Design 6 Manufacturer Product Code Size [ mm] PULSE P ,7x12,7x5,46 PULSE PD ,2x16x8,2 PULSE PE ,64 till 23,88 (check at data sheet) Design 7 Manufacturer Product Code Size [ mm] PULSE PG00xx 14,5x13x max 6,5 PULSE PG0xxx 13,28x13,41x max 6 3L SMTBW104L 40,4x10,4x4,5 3L SMTBW104S 40,4x10,4x4,5 3L SMTBW125 12,9x12,9x5,7 3L SMTBW125H 12,9x12,9x5,7 3L SMTBW125U 12,9x12,9x5,7 3L SMTBW134 13,9x13,9x5,0 3L SMTBW134H 13,9x13,9x5,0 Design 8 Manufacturer Product Code Size [ mm] 3L SMTDR31 3,5x3,0x1,1 3L SMTDR32 3,5x3,0x2,0 3L SMTDR42 4,5x4,0x3,2 3L SMTDR52 5,8x5,2x2,5 3L SMTDR53 5,8x5,2x3,0 3L SMTDR54 5,8x5,2x4,5 3L SMTDR73 7,8x7,0x3,5 3L SMTDR75 7,8x7,0x5,0 3L SMTDR104 10x9,0x4,0 3L SMTDR105 10x9,0x5,4 3L SMTDR137 13x7,0x4,5 146

147 Power Chokes (SMT) Dimensions Design 9 Manufacturer Product Code Size [ mm] TDK VLP4612T 4,6x3x1,2 TDK VLP5610T 5,6x5x1 TDK LDR655312T 6,5x5,3x1,2 Design 13 Manufacturer Product Code Size [ mm] PULSE PB ,8x20,8x10,1 Design 14 Design 10 Manufacturer Product Code Size [ mm] 3L SMTDR0402 6,6x4,5x2,92 3L SMTDR ,95x9,4x3,5 3L SMTDR ,95x9,4x5,21 3L SMTDR ,95x9,4x11,4 3L SMTDR ,5x15,2x7,1 3L SMTDR0401G+T 6,7x5,6x1,0 3L SMTDR0402HC 7,5x5,2x3,2 3L SMTDR504HC 3,0x6,1x5,0 3L SMTDR904HC 13,2x9,9x6,0 3L SMTDR1105HC 19,4x13,3x6,8 3L SMTDR1306HC 22,2x15,0x7,8 Manufacturer Product Code Size [ mm] PULSE PG0063 6,2x6,2x2,5 PULSE PG ,7x4,3x1,5 Design 15 Manufacturer Product Code Size / mm PULSE PG0083 6,8x6,8x4,2 PULSE PG0137 6,8x6,8x3,4 Design 11 Manufacturer Product Code Size [ mm] FRONTIER CSS 054B Ø5,8x5,5 FRONTIER CSS 075B Ø9x5,6 FRONTIER CSS 105B Ø11,6x5,5 FRONTIER CSS 125B 12x12x6 FRONTIER CSS 127B 11,6x11,6x8,11 Design 16 Manufacturer Product Code Size / mm PULSE P1166 7,5x7,5x4,2 PULSE P1167 7,5x7,5x5,6 PULSE P ,5x7,5x4,5 PULSE P ,2x12,2x6 PULSE P ,2x12,2x8 Design 12 Manufacturer Product Code Size [ mm] PULSE P1174 6,73x4,45x2,79 PULSE P ,1x5,3x3,18 PULSE P ,9x10,1x5,3 PULSE P1174 6,7x4,5x2,8 PULSE PG ,73x4,45x2 Design 17 Manufacturer Product Code Size / mm Chillisin SCDS62B 6,2x6,6x3,0 Chillisin SCDS64B 6,2x6,6x4,5 Chillisin SCDS73 7,3x7,3x3,4 Chillisin SCDS74 7,3x7,3x4,5 Chillisin SCDS125 12x12x6,0 Chillisin SCDS127 12x12x8,0 147

148 Power Chokes (SMT) Dimensions Design 18 Manufacturer Product Code Size / mm TDK RLF7030T 7,3x6,8x3,2 TDK RLF1245T 12,5x12,5x4,5 TDK RLF12560T 12,5x12,5x6 Design 21 Manufacturer Product Code Size / mm 3L SMTDRRI0402 6,6x4,45x2,92 3L SMTDRRI ,95x9,4x5,08 3L SMTDRRI ,54x15,24x7,62 Chilisin SDT0402T 6,6x4,45 Chilisin SDT0804T 12,95x9,4 Design 19 Manufacturer Product Code Size [ mm] TDK SLF T-PF 10x10x4,5 TDK SLF T-PF 12x12x5,5 TDK SLF T-PF 12x12x5,6 TDK SLF T 12x12x7,5 TDK SLF 6028T-PF 6x6x2,8 TDK SLF 7028 T 7x7x2,8 TDK SLF 7032 T-PF 7x7x3,2 TDK SLF 7045T-PF Ø7,7x4,5 3L SMTDRS0628 6,0x2,8x4,0 3L SMTDRS0728 7,0x2,8x4,0 3L SMTDRS0730 7,0x3,0x4,0 3L SMTDRS0732 7,0x3,2x4,0 3L SMTDRS0745 7,0x4,5x4,0 3L SMTDRS ,1x4,5x6,0 3L SMTDRS ,5x5,5x8,6 3L SMTDRS ,5x6,5x8,6 3L SMTDRS ,5x7,5x8,6 Design 22 Manufacturer Product Code Size / mm PULSE PF04 7,2x7,2xX Design 23 Manufacturer Product Code Size / mm FRONTIER CSN410H 5,8x4,1x1,2 FRONTIER CSN413H 6,3x4,0x1,35 Design 20 Manufacturer Product Code Size / mm 3L SMTDRRI73 7,3x3,4 3L SMTDRRI74 7,3x4,5 3L SMTDRRI124 12x4,5 3L SMTDRRI125 12x6 3L SMTDRRI127 12x8 3L SMTDRRI0402 6,6x5,45 Design 24 Manufacturer Product Code Size / mm FRONTIER CSN073F 7,6x2,0x7,6 FRONTIER CSN075F 7,6x2,0x7,6 148

149 Design 25 Manufacturer Product Code Size / mm VISHAY IHLP-2525CZ 6,8x6,4x3,0 VISHAY IHLP-5050CE 13,2x12,9x3,5 VISHAY IHLP-5050EZ 13,2x12,9x5,0 VISHAY IHLP-5050FD 13,2x12,9x6,0 Design 27 Manufacturer Product Code Size / mm 3L SMTDRRI62B 6,6x6,2x3,0 3L SMTDRRI64B 6,6x6,2x5,0 Design 26 Manufacturer Product Code Size [ mm] 3L SMDFSR1008PS 3,8x3,8x2,7 Design 28 Manufacturer Product Code Size [ mm] 3L SMTDRRI63B 6,2x5,6x3,2 3L SMTDRRI74B 7,8x7,0x4,5 3L SMTDRRI105B 10x9,0x5,0 3L SMTDRRI125B 12,6x11,6x5,4 CAN Bus Chokes Common Mode Filter for CAN Bus Supplier L Impedance IN R U Operating Temp. Range Dimensions Part No. RoHS conform Automotive approval [uh] [at 10MHz] [ma] [mohm] [V] [ C] [mm] TDK 600 Ohm V -40 to ,0x5,5x5,08 ZJYS51R5-2PT-G X BMW 2000 Ohm V -40 to ,0x5,5x5,08 ZJYS81R5-2P50T-G01 X Renault Ohm V~ / 80V- -40 to ,0x6,0x5,0 ZJYS81R5-2PL51T-G X VW/Audi, Opel, Renault Ohm V~ / 80V- -40 to ,0x6,0x5,0 ZJYS81R5-2PL25T-G X BMW Ohm V -40 to ,5x3,2x2,8 ACT45B-110-2P X PSA, Ford Ohm V -40 to ,5x3,2x2,8 ACT45B-220-2P X BMW Ohm V -40 to ,5x3,2x2,9 ACT45B-510-2P X VW/Audi, Opel, Renault, PSA Ohm V -40 to ,5x3,2x2,8 ACT45B-101-2P X VW/Audi, Renault Murata Ohm V -40 to ,5x3,2x2,9 DLW43SH101XK2 X VW/Audi Ohm V -40 to ,5x3,2x2,9 DLW43SH510XK2 X VW/Audi Ohm V -40 to ,5x3,2x2,9 DLW43SH101XP2 X VW/Audi 149

150 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 0,0047 0,2 0,0082 0,2 0,01 0,5 0,022 0,5 0,033 0,5 0,039 0,5 0,056 0,5 0,07 3,6 PLH10AN7003R6P2 Murata 0,1 2,6 PLH10AN1112R6P2 Murata 0,15 12 LFLH-151U-12A 3L 0,16 2,1 PLH10AN1612R1P2 Murata 0,2 1,5 PLH10AN2211R5P2 Murata 0,2 15 LFLV-201U-15A 3L 0,225 3,3 0,29 1,2 PLH10AN2911R2P2 Murata 0,3 2 LFC-301U-2A 3L 0,3 9 LFLH-301U-9A 3L 0,37 PLH10AN3710R2P2 Murata 0,4 2,6 0,4 3 0, ,53 7,2 0,59 5,6 0,6 1 LFV U-1A 3L 0,6 2 LFV U-2A 3L 0,6 2 LFC-601U-2A 3L 0,6 2 LFU10-601U-2.0A 3L 0,6 3 LFV U-3A 3L 0,6 8 LFLV-601U-8A 3L 0,6 9 LFLH-601U-9A 3L 0,63 11,6 0, H25 A6 00 SL Radiohm 32V25 A6 00 SV2 Radiohm 0, H25 A6 00 TA Radiohm 0,7 2 PLY10AN7012R0D Murata 0,768 4,7 0,809 9,7 0,884 1,63 0,9 2 PLY10AN9012R0R Murata 0,9 2 PLA10AN9012R0D02 Murata 1 0,3 1 0, LFV U-1A 3L 1 1 LFU10-102U-1,0A 3L 1 1,3 LFU10-102U-1,3A 3L 1 1,5 LFU10-102U-1,5A 3L 150

151 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] TCT-4R7UH L 0,2 0,0047 TCT-8R2UH L 0,2 0,0082 TCT-10UH L 0,5 0,01 TCT-22UH L 0,5 0,022 TCT-33UH L 0,5 0,033 TCT-39UH L 0,5 0,039 TCT-56UH L 0,5 0,056 3,6 0,07 2,6 0,1 12 0,15 2,1 0,16 1,5 0,2 15 0,2 P0421 Pulse 3,3 0,225 1,2 0,29 2 0,3 9 0,3 0,37 42V Radiohm 2,6 0,4 42V Radiohm 3 0,4 P0502 Pulse 14 0,473 P0527 Pulse 7,2 0,53 P0353 Pulse 5,6 0,59 1 0,6 2 0,6 2 0,6 2 0,6 3 0,6 8 0,6 9 0,6 P0469 Pulse 11,6 0, , ,68 2 0,7 P0422 Pulse 4,7 0,768 P0429 Pulse 9,7 0,809 P0473 Pulse 1,63 0, ,9 2 0,9 42V Radiohm 42H Radiohm 0,3 1 42V Radiohm 42H Radiohm 0,5 1 42V Radiohm 42H Radiohm ,3 1 1,

152 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 1 1, LFV U-2A 3L 1 2 LFV-102U-2A 3L 1 2 LFC-102U-2A 3L LFH-102U-2A 3L ,9 CFU L V Radiohm 32H Radiohm 32V SV1P Radiohm 1 3 LFV U-3A 3L 1 3 LFLH-102U-3A 3L 1 3,6 1 5 LFLV-102U-5A 3L PE Pulse ISDN 1 ISDN 1,1 1,7 PLY10A1121R7D Murata 1,1 1,8 PLY10AN1121R8R Murata 1,17 1,22 1,2 3 32V Radiohm 32H Radiohm 1,2 3,15 1,2 3,15 1,3 1,7 PLA10AN1321R7D02 Murata 1,32 3,3 1,4 1,4 PLY10AN1421R4D Murata 1,47 2,8 1,5 1 CFU L 1,5 1,5 LFU16-152U-1,5A 3L 1,5 1,6 PLY10AN1521R6R Murata 1,5 1,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,5 2 LFC-152U-2A 3L 1,5 2 PLA10A1522R0R02 Murata 1,5 2,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,5 3 LFLV-152U-3A 3L 1,5 5 LFLH-152U-5A 3L 1,5 5 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,5 7 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,5 9,1 CAOV TALEMA CAOH TALEMA CAB TALEMA 1, H25 A0 00 SK Radiohm 1, H25 A0 00 TA Radiohm 32V25 A0 00 SV2 Radiohm 1,5 12,5 1, H31 B0 00 SL Radiohm 1, H31 B0 00 TA Radiohm 1,8 1,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,8 1,7 PLA10A1821R7R02 Murata 152

153 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] PE Pulse 1,5 1 42V Radiohm Frontier 2 1 2,9 1 42V Radiohm 42H Radiohm PE Pulse 3, PE Pulse PE Pulse H Radiohm 46H14 SM Radiohm ISDN 1 46V Radiohm 46V15 SM Radiohm ISDN 1 1,7 1,1 1,8 1,1 P0354 Pulse 1,22 1,17 42V Radiohm 42H Radiohm 3 1,2 PE Pulse 3,15 1,2 PE Pulse 3,15 1,2 1,7 1,3 P0420 Pulse 3,3 1,32 Murata 1,4 1,4 P0351 Pulse 2,8 1,47 1 1,5 1,5 1,5 1,6 1,5 CAV TALEMA CAF TALEMA 1,8 1,5 2 1,5 2 1,5 CAV TALEMA CAF TALEMA 2,8 1,5 3 1,5 5 1,5 CAV TALEMA CAF TALEMA 5 1,5 CAV TALEMA CAF TALEMA 7 1,5 CAV TALEMA CAF TALEMA 9,1 1,5 10 1,5 10 1,5 PE Pulse 12,5 1,5 20 1,5 20 1,5 CAV TALEMA CAF TALEMA 1,6 1,8 1,7 1,8 153

154 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 1,8 2,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,8 4,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,8 6 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,8 6 32V SA Radiohm 1,8 6 32V Radiohm 32H Radiohm 32V SV2P Radiohm 1,8 8,7 CAOV TALEMA CAOH TALEMA CAB TALEMA 1,8 10 1, V31 A0 01 SB Radiohm 1, V31 A0 01 Radiohm 32H31 A0 01 Radiohm 1, V36 A0 00 Radiohm 32H36 A0 00 Radiohm 32V SV3 Radiohm 1, H31 A0 01 TA Radiohm 1,8 1,5 PLA10A1821R5D02 Murata 2 1 LFV U-1A 3L 2 1 LFU10-202U-1,0A 3L 2 2 LFV U-2A 3L 2 2 LFV-202U-2A 3L LFH-202U-2A 3L 2 2 LFC-202U-2A 3L 2 7,5 2 7,5 PE Pulse 2 1,3 PLA10AN2021R3D02 Murata 2,1 1,4 PLY10AN2121R4R Murata 2,2 0,3 2,2 0,5 2,2 1,5 PLA10AN2221R5R02 Murata 2,2 1,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,2 2 32V Radiohm 32H Radiohm 32V SV1P Radiohm 2,2 2,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,2 3,15 2,2 4 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,2 5,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,2 8,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,2 ISDN 2,2 ISDN 2,2 ISDN 2,3 1,2 PLY10AN2321R2R Murata 2,5 1,2 LFU16-252U-1,2A 3L 2,7 1,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,7 2,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,7 2,5 32V Radiohm 32H Radiohm 32V SV1P Radiohm 2,7 3,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,7 4 32V Radiohm 32H Radiohm 32V SV2P Radiohm 2,7 4,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,7 6,3 2,7 7,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 2,7 8 32V SB Radiohm 2,7 8 32V Radiohm 32H Radiohm 32V SV3 Radiohm 154

155 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] CAV TALEMA CAF TALEMA 2,5 1,8 CAV TALEMA CAF TALEMA 4,5 1,8 CAV TALEMA CAF TALEMA 6 1,8 6 1,8 42V Radiohm 42H Radiohm 6 1,8 CAV TALEMA CAF TALEMA 8,7 1,8 PE Pulse 10 1,8 42H42 A ,8 10 1,8 10 1,8 10 1,8 1,5 1, PE Pulse 7,5 2 7,5 2 1,3 2 1,4 2,1 42V Radiohm 42H Radiohm 0,3 2,2 42V Radiohm 42H Radiohm 0,5 2,2 1,5 2,2 CAV TALEMA CAF TALEMA 1,6 2,2 42V Radiohm 42H Radiohm 2 2,2 CAV TALEMA CAF TALEMA 2,2 2,2 PE Pulse 3,15 2,2 CAV TALEMA CAF TALEMA 4 2,2 CAV TALEMA CAF TALEMA 5,8 2,2 CAV TALEMA CAF TALEMA 8,2 2,2 46H Radiohm 46H14 SM Radiohm ISDN 2,2 46V Radiohm 46V15 SM Radiohm ISDN 2,2 46V Radiohm 46H Radiohm ISDN 2,2 1,2 2,3 1,2 2,5 CAV TALEMA CAF TALEMA 1,5 2,7 CAV TALEMA CAF TALEMA 2,2 2,7 42V Radiohm 42H Radiohm 2,5 2,7 CAV TALEMA CAF TALEMA 3,5 2,7 42V Radiohm 42H Radiohm 4 2,7 CAV TALEMA CAF TALEMA 4,8 2,7 PE Pulse 6,3 2,7 CAV TALEMA CAF TALEMA 7,8 2,7 42H Radiohm 8 2,7 8 2,7 155

156 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 2,7 8 32V Radiohm 32H Radiohm 32V SV4 Radiohm 2,7 8 32H TA Radiohm 2, H31 A6 00 SL Radiohm 2, V31 A0 01 SV3 Radiohm 2, H31 A6 00 TA Radiohm 2,8 1,2 PLY10AN2821R2R Murata 3 0,9 CFU L 3 1 LFV U-1A 3L 3 1 LFU10-302U-1,0A 3L 3 1,3 PLA10AN3021R3R02 Murata 3 2 LFV U-2A 3L 3 2 LFV-302U-2A 3L LFH-302U-2A 3L 3 2 LFC302U-2A 3L 3 2,5 3 3 LFLH-302U-3A 3L 3 3,5 3 3,5 PE Pulse 3 5 LFLV-302U-5A 3L 3,3 1 3,3 1,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,3 1,5 3,3 1,5 3,3 1,5 3,3 1,5 3,3 1, ,3 2 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,3 2,5 3,3 2,5 3,3 2,5 3,3 2,8 3,3 2,8 3,3 3 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,3 3,15 3,3 4 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,3 4 3,3 4 3,3 4 32V Radiohm 32H Radiohm 3,3 4 32H SKP Radiohm 32V SV2P Radiohm 3,3 4 3,3 4 3,3 7,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,3 8 3,3 8 3,5 1 PLY10AN3521R0D Murata 3,5 1,2 PLA10AN3521R2R02 Murata 3,6 2 CFH L 156

157 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] 8 2,7 8 2,7 16 2,7 16 2,7 16 2,7 1,2 2,8 0, , PE Pulse 2, PE Pulse 3,5 3 3, Vogt 1 3,3 CAV TALEMA CAF TALEMA 1,5 3,3 FE2X Pulse FE2X Pulse 1,5 3,3 42V Radiohm 1,5 3, Frontier 1,5 3, Vogt Vogt 1,5 3, Vogt 1,8 3,3 CAV TALEMA CAF TALEMA 2 3,3 FE2X Pulse FE2X Pulse 2,5 3,3 42V Radiohm 2,5 3, Radiohm Vogt 2,5 3, Vogt Vogt 2,8 3,3 FE2X Pulse FE2X Pulse 2,8 3,3 CAV TALEMA CAF TALEMA 3 3,3 PE Pulse 3,15 3,3 CAV TALEMA CAF TALEMA 4 3,3 FE2X Pulse 4 3,3 FE2X Pulse FE2X Pulse 4 3,3 42V Radiohm 42H Radiohm 4 3,3 4 3, Vogt 4 3, Vogt 4 3,3 CAV TALEMA CAF TALEMA 7,5 3,3 PE Pulse 8 3,3 FE2X Pulse 8 3,3 1 3,5 1,2 3,5 2 3,6 157

158 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 3,6 1 PLA10AN3621R0D02 Murata 3,9 1,3 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,9 1,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,9 2 32V Radiohm 32H Radiohm 3,9 2 32V SV1P Radiohm 3,9 2,1 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,9 3,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 3,9 5 3,9 6 32V SB Radiohm 3,9 6 32V Radiohm 32H Radiohm 3,9 6 32V Radiohm 32H Radiohm 32V SV4 Radiohm 3,9 6 32H TA Radiohm 3,9 6,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 3, H31 A0 00 SL Radiohm 4 0,7 LFU10-402U-0,7A 3L 4 1 LFU16-402U-1,0A 3L 4 5,2 4 5,2 PE Pulse 4,3 1 PLY10AN4321R0R Murata 4,4 0,8 PLY10AN4420R8R Murata 4,7 0,3 4,7 ISDN 4,7 ISDN 4,7 ISDN 4,7 1,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 4,7 1,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 4,7 1,9 CAOV TALEMA CAOH TALEMA CAB TALEMA 4,7 3 CAOV TALEMA CAOH TALEMA CAB TALEMA 4,7 6,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 5 0,3 LFU10-502U-0,3A 3L 5 0,5 LFU10-502U-0,5A 3L LFV U-1A 3L 5 1 LFV-502U-1A 3L LFH-502U-1A 3L 5 3 LFLV-502U-3A 3L 5,5 1 LFC-552U-1A 3L 5,5 1 PLA10AN5521R0R02 Murata 5,6 1 5,6 1,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 5,6 1,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 5,6 2 CAOV TALEMA CAOH TALEMA CAB TALEMA 5,6 2 32V Radiohm 32H Radiohm 32V SV2P Radiohm 5,6 2,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 5,6 3,15 5,6 5,9 CAOV TALEMA CAOH TALEMA CAB TALEMA 6 0,8 LFU16-602U-0,8A 3L 158

159 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] 1 3,6 CAV TALEMA CAF TALEMA 1,3 3,9 CAV TALEMA CAF TALEMA 1,8 3,9 42V Radiohm 42H Radiohm 2 3,9 2 3,9 CAV TALEMA CAF TALEMA 2,1 3,9 CAV TALEMA CAF TALEMA 3,5 3,9 PE Pulse 5 3,9 6 3,9 6 3,9 42H Radiohm 6 3,9 6 3,9 CAV TALEMA CAF TALEMA 6,8 3,9 10 3,9 0, PE Pulse 5,2 4 5, ,3 0,8 4,4 42V Radiohm 42H Radiohm 0,3 4,7 46H Radiohm 46H14 SM Radiohm ISDN 4,7 46V Radiohm 46V15 SM Radiohm ISDN 4,7 46V Radiohm 46H Radiohm ISDN 4,7 CAV TALEMA CAF TALEMA 1,2 4,7 CAV TALEMA CAF TALEMA 1,6 4,7 CAV TALEMA CAF TALEMA 1,9 4,7 CAV TALEMA CAF TALEMA 3 4,7 CAV TALEMA CAF TALEMA 6,2 4,7 0,3 5 0,5 5 42V Radiohm ,5 1 5,5 PE Pulse 1 5,6 CAV TALEMA CAF TALEMA 1,2 5,6 CAV TALEMA CAF TALEMA 1,5 5,6 CAV TALEMA CAF TALEMA 2 5,6 42V Radiohm 42H Radiohm 2 5,6 CAV TALEMA CAF TALEMA 2,8 5,6 PE Pulse 3,15 5,6 CAV TALEMA CAF TALEMA 5,9 5,6 0,

160 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 6 1 LFU16-602U-1,0A 3L 6,2 0,8 PLY10AN6220R8R Murata 6,8 0,7 6,8 1 32V Radiohm 32H Radiohm 32V SV1P Radiohm 6,8 1,2 6,8 1,2 6,8 1,2 6,8 1,2 6,8 1, Vogt 6,8 1, Vogt 6,8 1,5 6,8 1,5 6,8 1,5 6,8 2 6,8 2 6,8 2 32V Radiohm 32H SKP Radiohm 32V SV2P Radiohm 6,8 2 6,8 2,2 6,8 2,2 6,8 4 6,8 4 32V Radiohm 32H Radiohm 6,8 4 32V Radiohm 32H Radiohm 32V SV3P Radiohm 7,4 0,8 PLA10AN7420R8R02 Murata 7,7 0,7 PLA10AN7720R7D02 Murata 8 0,7 CFU L 8 0,8 LFU16-802U-0,8A 3L 8 0,8 CFU L 8 1 LFV-802U-1A 3L 8 1 LFH-802U-1A 3L 8 1,2 CFU L 8 1,5 CFU L 8 3,2 8 3,2 PE Pulse 8,7 0,7 PLY10AN8720R7D Murata 8,7 0,7 PLY10AN8720R7R Murata 9 1,9 CFH L 9,7 0,6 PLY10AN9720R6D Murata 9,9 0,6 PLY10AN9920R6R Murata 9,9 1,2 CFH L 10 0,3 LFU10-103U-0,3A 3L 10 0, ,6 LFU16-103U-0,6A 3L 10 0,7 10 0,7 10 0,7 10 0,7 PLA10AN1030R7R07 Murata 160

161 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] 1 6 0,8 6, Vogt 0,7 6,8 42V Radiohm 42H Radiohm 1 6,8 FE2X Pulse FE2X Pulse 1,2 6,8 42V Radiohm 1,2 6, Frontier 1,2 6, Vogt Vogt 1,2 6, Vogt 1,3 6,8 1,4 6,8 FE2X Pulse FE2X Pulse 1,5 6,8 42V Radiohm 1,5 6, Vogt Vogt 1,5 6,8 FE2X Pulse FE2X Pulse 2 6,8 42V Radiohm 42H Radiohm 2 6,8 32H Radiohm 2 6, Vogt Vogt 2 6,8 FE2X Pulse FE2X Pulse 2,2 6, Vogt Vogt 2,2 6,8 FE2X Pulse FE2X Pulse 4 6,8 42H Radiohm 4 6,8 4 6,8 0,8 7,4 0,7 7,7 0,7 8 0,8 8 0, ,2 8 1,5 8 PE Pulse 3,2 8 3,2 8 0,7 8,7 0,7 8,7 1,9 9 0,6 9,7 0,6 9,9 1,2 9,9 0, Vogt 0, ,6 10 FE2X Pulse FE2X Pulse 0, V Radiohm 0, Frontier 0,7 10 0,

162 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 10 0, V Radiohm 32H Radiohm 32V SV1P Radiohm 10 1 LFV-103U-1A 3L LFH-103U-1A 3L 10 1 CFU L 10 1, Vogt 10 1,2 10 1,2 10 1,2 10 1,6 10 1,6 10 1,8 PE Pulse 10 1,8 10 1,8 10 ISDN 10 ISDN 10 ISDN 11 0,5 PLY10AN1130R5D Murata 12 0,6 PLA10A1230R6R02 Murata 13 0,5 PLA10A1330R5D02 Murata 14 0,5 PLY10AN1430R5R Murata 15 0, ,5 15 0,5 15 0,5 15 0,8 15 0,8 15 0, Vogt ,2 15 1,2 15 1,4 15 1, ISDN 16 2,6 PE Pulse 18 0, ,5 32V SV1P Radiohm 18 0,6 18 0,8 18 0, , V Radiohm 32H Radiohm 162

163 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] Vogt 0,7 10 PE Pulse V Radiohm 42H Radiohm Vogt Vogt 1,1 10 FE2X Pulse FE2X Pulse 1, V Radiohm 1, Vogt Vogt 1,2 10 FE2X Pulse FE2X Pulse 1, Vogt Vogt 1,6 10 PE Pulse 1,8 10 FE2X Pulse FE2X Pulse 1, Vogt Vogt 1, H Radiohm 46H14 SM Radiohm ISDN 10 46V Radiohm 46V15 SM Radiohm ISDN 10 46V Radiohm 46H Radiohm ISDN 10 0,5 11 0,6 12 0,5 13 0, Vogt 0,45 15 FE2X Pulse FE2X Pulse 0, Frontier 0, Vogt Vogt 0, V Radiohm 0, Vogt Vogt 0, Vogt Vogt 0,9 15 FE2X Pulse FE2X Pulse 1 15 x Radiohm 1 15 FE2X Pulse FE2X Pulse 1, Vogt Vogt 1, Vogt Vogt 1,4 15 FE2X Pulse FE2X Pulse 1,6 15 PE Pulse V Radiohm 46H Radiohm ISDN 15 PE Pulse 2,6 16 FE2X Pulse FE2X Pulse 0, V Radiohm 0, V Radiohm 0,6 18 FE2X Pulse FE2X Pulse 0, V Radiohm 0,8 18 PE Pulse 1 18 FE2X Pulse FE2X Pulse 1 18 FE2X Pulse FE2X Pulse 1, H Radiohm

164 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD V Radiohm 32H Radiohm 32V SV3P Radiohm V SV4P Radiohm ,4 LFU16-203U-0,4A 3L 20 0,5 LFU16-203U-0,5A 3L 20 0,5 CFU L 20 0,5 PLA10AN2030R5R02 Murata 22 0,5 22 1,2 CFH L 22 1,5 32V Radiohm 32H Radiohm 32V SV2P Radiohm 22 1,5 32H SKP Radiohm 22 ISDN 22 ISDN 22 ISDN 22 ISDN 22 0,4 PLA10A2230R4D02 Murata 24 0,4 PLY10AN2430R4D Murata 25 0,5 CFU L 27 0,4 27 0,4 27 0,4 27 0,4 27 0,5 27 0,5 32V Radiohm 32H Radiohm 32V SV1P Radiohm 27 0,6 27 0,6 27 0, ,8 27 0,8 27 0, V Radiohm 32H Radiohm 32V SV2P Radiohm ,4 LFU16-303U-0,4A 3L 30 0,4 PLA10AN3030R4R02 Murata 33 0,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 33 0,5 33 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 33 0,7 CAOV TALEMA CAOH TALEMA CAB TALEMA 33 1,1 CAOV TALEMA CAOH TALEMA CAB TALEMA 33 2,7 CAOV TALEMA CAOH TALEMA CAB TALEMA 33 ISDN 33 ISDN 36 0,3 PLA10AN3630R3D02 Murata 164

165 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] FE2X Pulse 3 18 FE2X Pulse ,4 20 0,5 20 0,5 20 0,5 20 PE Pulse 0,5 22 1, V Radiohm 42H Radiohm 1,5 22 1, H Radiohm 46H14 SM Radiohm ISDN 22 46V Radiohm 46V15 SM Radiohm ISDN 22 46H Radiohm ISDN 22 46V18 SM Radiohm ISDN 22 0,4 22 0,4 24 0,5 25 FE2X Pulse FE2X Pulse 0, V Radiohm 0, Frontier 0, Vogt Vogt 0, V Radiohm 42H Radiohm 0,5 27 0,5 27 FE2X Pulse FE2X Pulse 0,6 27 FE2X Pulse FE2X Pulse 0, FE2X Pulse FE2X Pulse 0, Vogt 0, V Radiohm 0, Vogt Vogt 0, Vogt Vogt V Radiohm 42H Radiohm Vogt Vogt 1 27 FE2X Pulse FE2X Pulse ,4 30 0,4 30 CAV TALEMA CAF TALEMA 0,4 33 PE Pulse 0,5 33 CAV TALEMA CAF TALEMA 0,6 33 CAV TALEMA CAF TALEMA 0,7 33 CAV TALEMA CAF TALEMA 1,1 33 CAV TALEMA CAF TALEMA 2, H Radiohm 46H14 SM Radiohm ISDN 33 46V Radiohm 46V15 SM Radiohm ISDN 33 0,

166 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 39 0,3 39 0, ,4 39 0,4 39 0,4 39 0,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 39 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 39 0,5 39 0,5 39 0, Vogt 39 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 39 0,7 39 0,7 39 0,8 39 0, CAOV TALEMA CAOH TALEMA CAB TALEMA 39 2,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 40 0,8 CFH L 43 0,3 PLA10AN4330R3R02 Murata 47 0, ,5 47 0,3 47 0,3 32V Radiohm 32H Radiohm 32V SV1P Radiohm 47 0,3 47 0,4 47 0,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 47 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 47 0,5 47 0, ,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 47 0,6 47 0,6 47 0,6 47 0,6 47 0,6 47 0,9 CAOV TALEMA CAOH TALEMA CAB TALEMA V Radiohm 32H Radiohm 32V SV2P Radiohm H SKP Radiohm ,2 CAOV TALEMA CAOH TALEMA CAB TALEMA 47 ISDN 56 0,3 CAOV TALEMA CAOH TALEMA CAB TALEMA 56 0,5 32V Radiohm 32H Radiohm 56 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 56 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 166

167 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] Vogt 0,3 39 FE2X Pulse FE2X Pulse 0, V Radiohm 0, Frontier 0, Vogt Vogt 0,4 39 CAV TALEMA CAF TALEMA 0,4 39 CAV TALEMA CAF TALEMA 0,5 39 FE2X Pulse FE2X Pulse 0, V Radiohm 0, Vogt Vogt 0,6 39 CAV TALEMA CAF TALEMA 0,6 39 FE2X Pulse FE2X Pulse 0, Vogt Vogt 0,7 39 FE2X Pulse FE2X Pulse 0, Vogt Vogt 0,8 39 CAV TALEMA CAF TALEMA 1 39 CAV TALEMA CAF TALEMA 2,5 39 0,8 40 0, Vogt 0, Vogt Vogt 0,5 47 FE2X Pulse FE2X Pulse 0, V Radiohm 42H Radiohm 0, Vogt Vogt 0,3 47 FE2X Pulse FE2X Pulse 0,4 47 CAV TALEMA CAF TALEMA 0,4 47 CAV TALEMA CAF TALEMA 0, V Radiohm 0, Vogt 0,55 47 CAV TALEMA CAF TALEMA 0,6 47 FE2X Pulse FE2X Pulse 0,6 47 FE2X Pulse FE2X Pulse 0, H Radiohm 0, Vogt Vogt 0, Vogt Vogt 0,6 47 CAV TALEMA CAF TALEMA 0, V Radiohm 42H Radiohm FE2X Pulse 2 47 FE2X Pulse 2 47 CAV TALEMA CAF TALEMA 2, H Radiohm ISDN 47 CAV TALEMA CAF TALEMA 0, V Radiohm 42H Radiohm 0,5 56 CAV TALEMA CAF TALEMA 0,5 56 CAV TALEMA CAF TALEMA 0,

168 Chokes Common Mode Chokes Inductance Current open/vertical supplier open/horizontal supplier open/vertical supplier open supplier open/horizontal supplier 2X in [mh] [A] with socket horizontal/vertical SMD 56 0,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 56 0,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 68 0,3 CAOV TALEMA CAOH TALEMA CAB TALEMA 68 0, Vogt 68 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 68 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 68 0,7 CAOV TALEMA CAOH TALEMA CAB TALEMA V Radiohm 32H Radiohm 32V SV3P Radiohm V Radiohm 32H Radiohm 32V31 A6 00 SV3 Radiohm 68 1,8 CAOV TALEMA CAOH TALEMA CAB TALEMA 82 0,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 82 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 82 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 82 1,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 100 0, Vogt 100 0,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 100 0,5 CAOV TALEMA CAOH TALEMA CAB TALEMA 100 0,5 32V Radiohm 32H Radiohm 32V SV2P Radiohm 100 0,5 32H SKP Radiohm 100 0,6 CAOV TALEMA CAOH TALEMA CAB TALEMA 100 1,4 CAOV TALEMA CAOH TALEMA CAB TALEMA 250 2, , ,2 LFU16-352U-1,2A 3L 600 2, , , , , , , , , , , , , , , , ,

169 open/horizontal supplier open/horizontal supplier housing/horizontal supplier housing/vertical supplier SMT supplier Current Inductance THT with bypass [A] 2X in [mh] CAV TALEMA CAF TALEMA 0,8 56 CAV TALEMA CAF TALEMA 0,8 56 CAV TALEMA CAF TALEMA 0, Vogt 0,4 68 CAV TALEMA CAF TALEMA 0,5 68 CAV TALEMA CAF TALEMA 0,6 68 CAV TALEMA CAF TALEMA 0, H Radiohm CAV TALEMA CAF TALEMA 1,8 68 CAV TALEMA CAF TALEMA 0,4 82 CAV TALEMA CAF TALEMA 0,5 82 CAV TALEMA CAF TALEMA 0,6 82 CAV TALEMA CAF TALEMA 1, Vogt 0, CAV TALEMA CAF TALEMA 0,4 100 CAV TALEMA CAF TALEMA 0, V Radiohm 42H Radiohm 0, ,5 100 CAV TALEMA CAF TALEMA 0,6 100 CAV TALEMA CAF TALEMA 1,4 100 FKOB160MH02 Murata 2,5 250 FKOB160MH06 Murata 2, ,2 305 FKOB160MH25 Murata 2,5 600 FKOB160MH13 Murata 2,5 600 FKOB160MH23 Murata 2,5 800 FKOB160MH14 Murata 2,5 800 FKOB160MH26 Murata 1, FKOB160MH16 Murata 1, FKOB160MH24 Murata 1, FKOB160MH15 Murata 1, PLM3216K281SJ2 Murata 0, PLM250H10 Murata 0, PLM250S20 Murata 0, ZJY51R5-2P TDK 0, ZJY51R5-2PB TDK 0, ZJY51R5-4P TDK 0, ZJY51R5-8P TDK 0, ZJY51R5-M4PA TDK 0, ZJY51R5-M4PB TDK 0, PLM250S30 Murata PLM250S40 Murata PLM250S50 Murata ZBYS5101-2PT TDK

170 Transformers Overview High Current Output Inductor Push/Pull Converter Transformer Power Transformer Ferrite Transformer, leaded Ferrite Transformer, SMT Planar Transformer Low quantities for new designs available High quantities for volume production Signal Transformer Datacom Telecom ISDN, XDSL Leaded and SMT Single Transformer Transformer Modules available RJ45 Magnetic Filter Connectors SMPS Transformer Wide Input Range Applications 110 V 230 V Power Range 5 W 20 kw Primary windings included Auxiliary winding for 15 V Easy to open to assemble secondary windings PCB Transformer Single shot injection molding package Temperature class F Various core size Toroidal Transformer Print Transformer 1,6 160 VA Open Version VA 170

171 PCB Transformers EE Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] VN20.6/9431 EE20/6,1/2St 230 V 6 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9370 EE20/6,1/2St 230 V 9 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9371 EE20/6,1/2St 230 V 12 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9372 EE20/6,1/2St 230 V 15 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9432 EE20/6,1/2St 230 V 18 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9373 EE20/6,1/2St 230 V 24 V 0,35 VA ta70 C/B 1+4/6+7 22,6x22x15 VN20.6/9433 EE20/6,1/2St 230 V 2x6 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9434 EE20/6,1/2St 230 V 2x7,5 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9374 EE20/6,1/2St 230 V 2x9 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9375 EE20/6,1/2St 230 V 2x12 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9376 EE20/6,1/2St 230 V 2x15 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9435 EE20/6,1/2St 230 V 2x18 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.6/9377 EE20/6,1/2St 230 V 2x24 V 0,35 VA ta70 C/B 1+4/5+6/7+8 22,6x22x15 VN20.10/9436 EE20/10,5/2St 230 V 6 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9380 EE20/10,5/2St 230 V 9 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9381 EE20/10,5/2St 230 V 12 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9382 EE20/10,5/2St 230 V 15 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9437 EE20/10,5/2St 230 V 18 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9383 EE20/10,5/2St 230 V 24 V 0,5 VA ta70 C/B 1+4/6+7 23x22,4x19,1 VN20.10/9438 EE20/10,5/2St 230 V 2x6 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9439 EE20/10,5/2St 230 V 2x7,5 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9384 EE20/10,5/2St 230 V 2x9 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9385 EE20/10,5/2St 230 V 2x12 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9386 EE20/10,5/2St 230 V 2x15 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9440 EE20/10,5/2St 230 V 2x18 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 VN20.10/9387 EE20/10,5/2St 230 V 2x24 V 0,5 VA ta70 C/B 1+4/5+6/7+8 23x22,4x19,1 171

172 PCB Transformers EI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] VN30.5/10500 EI30/5/2St 230 V 6 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10501 EI30/5/2St 230 V 9 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10502 EI30/5/2St 230 V 12 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10503 EI30/5/2St 230 V 15 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10504 EI30/5/2St 230 V 18 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10505 EI30/5/2St 230 V 24 V 0,5 VA ta70 C/B 1+5/7+9 32,5x27,5x15,3 VN30.5/10506 EI30/5/2St 230 V 2x6 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10507 EI30/5/2St 230 V 2x7,5 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10508 EI30/5/2St 230 V 2x9 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10509 EI30/5/2St 230 V 2x12 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10510 EI30/5/2St 230 V 2x15 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10960 EI30/5/2St 230 V 2x18 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.5/10961 EI30/5/2St 230 V 2x24 V 0,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x15,3 VN30.10/10939 EI30/10,5/2St 230 V 6 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10922 EI30/10,5/2St 230 V 9 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10923 EI30/10,5/2St 230 V 12 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10924 EI30/10,5/2St 230 V 15 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10925 EI30/10,5/2St 230 V 18 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10962 EI30/10,5/2St 230 V 24 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x22 VN30.10/10963 EI30/10,5/2St 230 V 2x6 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.10/10964 EI30/10,5/2St 230 V 2x9 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.10/10958 EI30/10,5/2St 230 V 2x12 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.10/10965 EI30/10,5/2St 230 V 2x15 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.10/10966 EI30/10,5/2St 230 V 2x18 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.10/10967 EI30/10,5/2St 230 V 2x24 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x22 VN30.12/10511 EI30/12,5/2St 230 V 6 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10512 EI30/12,5/2St 230 V 9 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10513 EI30/12,5/2St 230 V 12 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10514 EI30/12,5/2St 230 V 15 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10515 EI30/12,5/2St 230 V 18 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10516 EI30/12,5/2St 230 V 24 V 1,5 VA ta70 C/B 1+5/7+9 32,5x27,5x24 VN30.12/10517 EI30/12,5/2St 230 V 2x6 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10518 EI30/12,5/2St 230 V 2x7,5 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10519 EI30/12,5/2St 230 V 2x9 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10520 EI30/12,5/2St 230 V 2x12 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10521 EI30/12,5/2St 230 V 2x15 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10968 EI30/12,5/2St 230 V 2x18 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 VN30.12/10969 EI30/12,5/2St 230 V 2x24 V 1,5 VA ta70 C/B 1+5/6+7/ ,5x27,5x24 172

173 PCB Transformers EI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] VN30.15/10522 EI30/15,5/2St 230 V 6 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10523 EI30/15,5/2St 230 V 9 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10524 EI30/15,5/2St 230 V 12 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10525 EI30/15,5/2St 230 V 15 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10526 EI30/15,5/2St 230 V 18 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10527 EI30/15,5/2St 230 V 24 V 2 VA ta70 C/B 1+5/7+9 32,5x27,5x26,5 VN30.15/10528 EI30/15,5/2St 230 V 2x6 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10529 EI30/15,5/2St 230 V 2x7,5 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10530 EI30/15,5/2St 230 V 2x9 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10531 EI30/15,5/2St 230 V 2x12 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10532 EI30/15,5/2St 230 V 2x15 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10970 EI30/15,5/2St 230 V 2x18 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.15/10971 EI30/15,5/2St 230 V 2x24 V 2 VA ta70 C/B 1+5/6+7/ ,5x27,5x26,5 VN30.18/10533 EI30/18/2St 230 V 6 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10534 EI30/18/2St 230 V 9 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10535 EI30/18/2St 230 V 12 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10536 EI30/18/2St 230 V 15 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10537 EI30/18/2St 230 V 18 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10538 EI30/18/2St 230 V 24 V 2,3 VA ta70 C/B 1+5/7+9 32,5x27,5x29,5 VN30.18/10539 EI30/18/2St 230 V 2x6 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10540 EI30/18/2St 230 V 2x7,5 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10541 EI30/18/2St 230 V 2x9 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10542 EI30/18/2St 230 V 2x12 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10543 EI30/18/2St 230 V 2x15 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10972 EI30/18/2St 230 V 2x18 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.18/10973 EI30/18/2St 230 V 2x24 V 2,3 VA ta70 C/B 1+5/6+7/ ,5x27,5x29,5 VN30.24/10544 EI30/24/2St 230 V 6 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10545 EI30/24/2St 230 V 9 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10546 EI30/24/2St 230 V 12 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10547 EI30/24/2St 230 V 15 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10548 EI30/24/2St 230 V 18 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10549 EI30/24/2St 230 V 24 V 2,6 VA ta70 C/B 1+5/7+9 32,5x27,5x34,8 VN30.24/10550 EI30/24/2St 230 V 2x6 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10551 EI30/24/2St 230 V 2x7,5 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10552 EI30/24/2St 230 V 2x9 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10553 EI30/24/2St 230 V 2x12 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10554 EI30/24/2St 230 V 2x15 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10974 EI30/24/2St 230 V 2x18 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 VN30.24/10975 EI30/24/2St 230 V 2x24 V 2,6 VA ta70 C/B 1+5/6+7/ ,5x27,5x34,8 173

174 PCB Transformers EI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] VN38.13/13135 EI38/13,6/2St 230 V 6 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13201 EI38/13,6/2St 230 V 9 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13202 EI38/13,6/2St 230 V 12 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13203 EI38/13,6/2St 230 V 15 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13204 EI38/13,6/2St 230 V 18 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13205 EI38/13,6/2St 230 V 24 V 3,2 VA ta70 C/B 1+5/7+9 41x34,5x27,8 VN38.13/13136 EI38/13,6/2St 230 V 2x6 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13137 EI38/13,6/2St 230 V 2x7,5 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13141 EI38/13,6/2St 230 V 2x9 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13138 EI38/13,6/2St 230 V 2x12 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13139 EI38/13,6/2St 230 V 2x15 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13253 EI38/13,6/2St 230 V 2x18 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN38.13/13254 EI38/13,6/2St 230 V 2x24 V 3,2 VA ta70 C/B 1+5/6+7/ x34,5x27,8 VN42.14/15300 EI42/14,8/2St 230 V 6 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15301 EI42/14,8/2St 230 V 9 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15302 EI42/14,8/2St 230 V 12 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15303 EI42/14,8/2St 230 V 15 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15304 EI42/14,8/2St 230 V 18 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15305 EI42/14,8/2St 230 V 24 V 5 VA ta70 C/B 1+5/7+9 44,5x37,7x32,5 VN42.14/15306 EI42/14,8/2St 230 V 2x6 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15307 EI42/14,8/2St 230 V 2x7,5 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15308 EI42/14,8/2St 230 V 2x9 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15309 EI42/14,8/2St 230 V 2x12 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15310 EI42/14,8/2St 230 V 2x15 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15311 EI42/14,8/2St 230 V 2x18 V 5 VA ta70 C/B 1+5/6+7/ ,5x37,7x32,5 VN42.14/15312 EI42/14,8/2St 230 V 2x24 V 5 VA ta70 C/B 1+5/6+7/9+10 V48.16/16400 EI48/16,8/2St 230 V 6 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16401 EI48/16,8/2St 230 V 9 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16402 EI48/16,8/2St 230 V 12 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16403 EI48/16,8/2St 230 V 15 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16404 EI48/16,8/2St 230 V 18 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16405 EI48/16,8/2St 230 V 24 V 10 VA ta70 C/B 1+6/ ,5x42,5x34,7 V48.16/16406 EI48/16,8/2St 230 V 2x6 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16407 EI48/16,8/2St 230 V 2x7,5 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16408 EI48/16,8/2St 230 V 2x9 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16409 EI48/16,8/2St 230 V 2x12 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16410 EI48/16,8/2St 230 V 2x15 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16411 EI48/16,8/2St 230 V 2x18 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 V48.16/16412 EI48/16,8/2St 230 V 2x24 V 10 VA ta70 C/B 1+6/7+8/ ,5x42,5x34,7 174

175 PCB Transformers EI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] V48.20/16300 EI48/20,5/2St 230 V 6 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16301 EI48/20,5/2St 230 V 9 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16302 EI48/20,5/2St 230 V 12 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16300 EI48/20,5/2St 230 V 6 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16301 EI48/20,5/2St 230 V 9 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16302 EI48/20,5/2St 230 V 12 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16303 EI48/20,5/2St 230 V 15 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16304 EI48/20,5/2St 230 V 18 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16305 EI48/20,5/2St 230 V 24 V 12 VA ta70 C/B 1+6/ ,5x42,5x38 V48.20/16307 EI48/20,5/2St 230 V 2x6 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16308 EI48/20,5/2St 230 V 2x7,5 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16309 EI48/20,5/2St 230 V 2x9 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16310 EI48/20,5/2St 230 V 2x12 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16311 EI48/20,5/2St 230 V 2x15 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16312 EI48/20,5/2St 230 V 2x18 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V48.20/16313 EI48/20,5/2St 230 V 2x24 V 12 VA ta70 C/B 1+6/7+8/ ,5x42,5x38 V54.18/17300 EI54/18,8/2St 230 V 6 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17301 EI54/18,8/2St 230 V 9 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17302 EI54/18,8/2St 230 V 12 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17303 EI54/18,8/2St 230 V 15 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17304 EI54/18,8/2St 230 V 18 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17305 EI54/18,8/2St 230 V 24 V 16 VA ta70 C/B 1+7/ ,6x48,2x42 V54.18/17306 EI54/18,8/2St 230 V 2x6 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17307 EI54/18,8/2St 230 V 2x7,5 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17308 EI54/18,8/2St 230 V 2x9 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17309 EI54/18,8/2St 230 V 2x12 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17310 EI54/18,8/2St 230 V 2x15 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17311 EI54/18,8/2St 230 V 2x18 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V54.18/17312 EI54/18,8/2St 230 V 2x24 V 16 VA ta70 C/B 1+7/8+9/ ,6x48,2x42 V60.21/18200 EI60/21/2St 230 V 6 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18201 EI60/21/2St 230 V 9 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18202 EI60/21/2St 230 V 12 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18203 EI60/21/2St 230 V 15 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18204 EI60/21/2St 230 V 18 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18205 EI60/21/2St 230 V 24 V 25,2 VA ta70 C/B 1+7/ x56x47 V60.21/18207 EI60/21/2St 230 V 2x6 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18208 EI60/21/2St 230 V 2x7,5 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18209 EI60/21/2St 230 V 2x9 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18210 EI60/21/2St 230 V 2x12 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18211 EI60/21/2St 230 V 2x15 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18212 EI60/21/2St 230 V 2x18 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 V60.21/18213 EI60/21/2St 230 V 2x24 V 25,2 VA ta70 C/B 1+7/8+9/ x56x47 175

176 PCB Transformers EI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Pining Size [ mm] V66.23/19200 EI66/23/2St 230 V 6 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19201 EI66/23/2St 230 V 9 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19202 EI66/23/2St 230 V 12 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19203 EI66/23/2St 230 V 15 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19204 EI66/23/2St 230 V 18 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19205 EI66/23/2St 230 V 24 V 34,8 VA ta70 C/B 1+8/ ,5x59,5x49 V66.23/19207 EI66/23/2St 230 V 2x6 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19208 EI66/23/2St 230 V 2x7,5 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19209 EI66/23/2St 230 V 2x9 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19230 EI66/23/2St 230 V 2x12 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19231 EI66/23/2St 230 V 2x15 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19232 EI66/23/2St 230 V 2x18 V 34,8 VA ta70 C/B 1+8/9+10/ ,5x59,5x49 V66.23/19233 EI66/23/2St 230 V 2x24 V 34,8 VA ta70 C/B 1+8/9+10/15+16 V66.34/19210 EI66/34,8/2St 230 V 6 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19211 EI66/34,8/2St 230 V 9 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19212 EI66/34,8/2St 230 V 12 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19213 EI66/34,8/2St 230 V 15 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19214 EI66/34,8/2St 230 V 18 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19215 EI66/34,8/2St 230 V 24 V 55 VA ta70 C/B 1+8/ x60,5x60 V66.34/19217 EI66/34,8/2St 230 V 2x6 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19218 EI66/34,8/2St 230 V 2x7,5 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19219 EI66/34,8/2St 230 V 2x9 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19220 EI66/34,8/2St 230 V 2x12 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19221 EI66/34,8/2St 230 V 2x15 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19222 EI66/34,8/2St 230 V 2x18 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 V66.34/19223 EI66/34,8/2St 230 V 2x24 V 55 VA ta70 C/B 1+8/9+10/ x60,5x60 176

177 PCB Transformers UI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Size [ mm] 1+3/6+8/ 1+3/7+5/ 9+10/ /16+14 FLG30.7/ UI30/7,5/2St 2x115 V 2x3 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ UI30/7,5/2St 2x115 V 2x4,5 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x6 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x7,5 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x9 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x12 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x15 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x18 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x24 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.7/ FLG30.7/ UI30/7,5/2St 2x115 V 2x30 V 4 VA ta70 C/B 52,6x43,6x19 FLG30.10/ UI30/10,5/2St 2x115 V 2x3 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ UI30/10,5/2St 2x115 V 2x4,5 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x6 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x7,5 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x9 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x12 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x15 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x18 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x24 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.10/ FLG30.10/ UI30/10,5/2St 2x115 V 2x30 V 6 VA ta70 C/B 52,6x43,6x22,5 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x6 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x7,5 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x9 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x12 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x15 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x18 V 10 VA ta70 C/B 53x43,9x28 FLG30.16/ FLG30.16/ UI30/16,5/2St 2x115 V 2x24 V 10 VA ta70 C/B 53x43,9x28 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x6 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x7,5 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x9 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x12 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x15 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x18 V 16 VA ta70 C/B 53x44x37,5 FLG30.26/ FLG30.26/ UI30/26/2St 2x115 V 2x24 V 16 VA ta70 C/B 53x44x37,5 177

178 PCB Transformers UI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Size [ mm] 1+4/7+10/ 1+4/9+6/ 11+13/ /19+17 FLG39.8/ UI39/8/2St 2x115 V 2x3 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ UI39/8/2St 2x115 V 2x4,5 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x6 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x7,5 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x9 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x12 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x15 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x18 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x24 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.8/ FLG39.8/ UI39/8/2St 2x115 V 2x30 V 10 VA ta70 C/B 67,5x56,8x22,4 FLG39.10/ UI39/10,2/2St 2x115 V 2x3 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ UI39/10,2/2St 2x115 V 2x4,5 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x6 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x7,5 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x9 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x12 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x15 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x18 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x24 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.10/ FLG39.10/ UI39/10,2/2St 2x115 V 2x30 V 14 VA ta70 C/B 68x56,8x23,8 FLG39.13/ UI39/13,5/2St 2x115 V 2x3 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ UI39/13,5/2St 2x115 V 2x4,5 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x6 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x7,5 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x9 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x12 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x15 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x18 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x24 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.13/ FLG39.13/ UI39/13,5/2St 2x115 V 2x30 V 18 VA ta70 C/B 68x57,2x26,8 FLG39.17/ UI39/17/2St 2x115 V 2x3 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ UI39/17/2St 2x115 V 2x4,5 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x6 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x7,5 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x9 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x12 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x15 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x18 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x24 V 24 VA ta70 C/B 68x57,2x31 FLG39.17/ FLG39.17/ UI39/17/2St 2x115 V 2x30 V 24 VA ta70 C/B 178

179 PCB Transformers UI Core Order number Type Prim.Spg. Sec.Spg. Power Temp. Size [ mm] 1+4/7+10/ 1+4/9+6/ 11+13/ /19+17 FLG39.21/ UI39/21/2St 2x115 V 2x3 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ UI39/21/2St 2x115 V 2x4,5 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x6 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x7,5 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x9 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x12 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x15 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x18 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x24 V 30 VA ta70 C/B 68x57,2x35 FLG39.21/ FLG39.21/ UI39/21/2St 2x115 V 2x30 V 30 VA ta70 C/B 68x57,2x35 179

180 PCB Transformers Toroidal Transformers - PCB Mounting Rated Power Part number Sec-Full Load Voltage Rated Current Open Circuit Voltage [VA] 2 x 115 V 2 x 120 V [V] [ma] [V] 1, K 72400K 2 x x K 72401K 2 x x K 72402K 2 x x K 72403K 2 x x K 72404K 2 x x K 72405K 2 x x , K 72410K 2 x x K 72411K 2 x x K 72412K 2 x x K 72413K 2 x x K 72414K 2 x x K 72415K 2 x x , K 72420K 2 x x K 72421K 2 x x K 72422K 2 x x K 72423K 2 x x K 72424K 2 x x K 72425K 2 x x , K 72430K 2 x x K 72431K 2 x x K 72432K 2 x x K 72433K 2 x x K 72434K 2 x x K 72435K 2 x x K 72440K 2 x x K 72441K 2 x x K 72442K 2 x x K 72443K 2 x x K 72444K 2 x x K 72445K 2 x x K 72450K 2 x x K 72451K 2 x x K 72452K 2 x x K 72453K 2 x x K 72454K 2 x x K 72455K 2 x x K 72460K 2 x x K 72461K 2 x x K 72462K 2 x x K 72463K 2 x x K 72464K 2 x x K 72465K 2 x x K 72470K 2 x x K 72471K 2 x x K 72472K 2 x x K 72473K 2 x x K 72474K 2 x x K 72475K 2 x x 25.7 Rated Power Part number Sec-Full Load Voltage Rated Current Open Circuit Voltage [VA] 2 x 115 V 2 x 120 V [V] [ma] [V] K 72480K 2 x x K 72481K 2 x x K 72482K 2 x x K 72483K 2 x x K 72484K 2 x x K 72485K 2 x x

181 PCB Transformers Toroidal Transformers - Open Mounting Rated Power Part number Load Voltage Secundary Rated Open Circuit Current Voltage [VA] 230 V 2 x 115 V [V] [ma] [V] P P x 9 0,83 2 x 10,5 0015P P x 12 0,63 2 x 14,0 0015P P x 15 0,50 2 x 17,4 0015P P x 18 0,42 2 x 21, P P x 9 1,67 2 x 10,6 0030P P x 12 1,25 2 x 14,1 0030P P x 15 1,00 2 x 17,6 0030P P x 18 0,83 2 x 21,2 0030P P x 22 0,68 2 x 26, P P x 9 2,78 2 x 10,2 0050P P x 12 2,08 2 x 13,6 0050P P x 15 1,67 2 x 17,1 0050P P x 18 1,39 2 x 20,4 0050P P x 22 1,14 2 x 24,9 0050P P x 55 0,45 2 x 62, P P x 10 4,00 2 x 11,5 0080P P x 12 3,33 2 x 13,8 0080P P x 15 2,67 2 x 17,3 0080P P x 18 2,22 2 x 20,7 0080P P x 22 1,82 2 x 25, P P x 12 5,00 2 x 13,4 0120P P x 15 4,00 2 x 16,8 0120P P x 18 3,33 2 x 20,2 0120P P x 22 2,73 2 x 24,5 0120P P x 55 1,03 2 x 61, P x 12 6,67 2 x 13,5 0160P x 15 5,33 2 x 16,6 0160P x 18 4,44 2 x 20,0 0160P x 22 3,64 2 x 24,5 0160P x 30 2,67 2 x 33,5 0160P x 55 1,45 2 x 61, P x 12 9,38 2 x 13,1 0225P x 15 7,50 2 x 16,5 0225P x 18 6,25 2 x 19,7 0225P x 22 5,11 2 x 24,2 0225P x 24 4,69 2 x 26,5 0225P x 30 3,75 2 x 32, P x 12 12,50 2 x 13,1 0300P x 18 8,33 2 x 19,4 0300P x 22 6,82 2 x 23,8 0300P x 25 6,00 2 x 27,1 0300P x 30 5,00 2 x 32,5 0300P x 35 4,29 2 x 37,8 0300P x 55 2,73 2 x 59, P x 20 12,50 2 x 21,5 0500P x 25 10,00 2 x 26,7 0500P x 30 8,33 2 x 32,3 0500P x 40 6,25 2 x 43,0 0500P x 55 4,55 2 x 59,0 Rated Power Part number Load Voltage Secundary Rated Open Circuit Current Voltage [VA] 230 V 2 x 115 V [V] [ma] [V] P x 18 17,40 2 x 19,3 0625P x 22 14,20 2 x 23,5 0625P x 40 7,81 2 x 42,8 0625P x 45 6,94 2 x 48,3 0625P x 50 6,25 2 x 53,8 0625P x 55 5,68 2 x 58,9 0625P x 12 13,00 4 x 12, P x 18 27,80 2 x 18,8 1000P x 22 22,70 2 x 23,5 1000P x 40 12,50 2 x 42,2 1000P x 45 11,10 2 x 47,5 1000P x 50 10,00 2 x 52,8 1000P x 55 9,09 2 x 58,1 1000P x 22 11,40 4 x 23,5 1000P x 28 8,93 4 x 29,3 181

182 Resonators Resonators SMT, with Capacitors Frequency [MHz] Type Tolerance [%] of frequency Tolerance [%] of temperature Tolerance [%] of aging (10years) Loadcapacitors [pf] (C1/C2) Manufacturer 2,00 CSTCC2M00G53 0,5 0,3 0,3 15 Murata 1 CSTCC2M00G56 0,5 0,3 0,3 47 Murata 1 PBRC2.00HR50X000 0,5 0,5 0,2 30 AVX 7 2,45 CSTCC2M45G53 0,5 0,3 0,3 15 Murata 1 CSTCC2M45G56 0,5 0,3 0,3 47 Murata 1 2,56 CSTCC2M56G53 0,5 0,3 0,3 15 Murata 1 CSTCC2M56G56 0,5 0,3 0,3 47 Murata 1 3,00 CSTCC3M00G53 0,5 0,3 0,3 15 Murata 1 CSTCC3M00G56 0,5 0,3 0,3 47 Murata 1 3,58 CSTCC3M58G53 0,5 0,3 0,3 15 Murata 1 CSTCC3M58G56 0,5 0,3 0,3 47 Murata 1 PBRC3.58HR50X000 0,5 0,5 0,2 30 AVX 7 3,68 CSTCC3M68G53 0,5 0,3 0,3 15 Murata 1 CSTCC3M68G56 0,5 0,3 0,3 47 Murata 1 PBRC3.68HR50X000 0,5 0,5 0,2 30 AVX 7 4,00 CSTCR4M00G53 0,5 0,2 0,1 15 Murata 2 CSTCR4M00G55 0,5 0,2 0,1 39 Murata 2 PBRC4.00HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC4,00MR50X000 0,5 0,5 0,2 15 AVX 8 4,19 CSTCR4M19G53 0,5 0,2 0,1 15 Murata 2 CSTCR4M19G55 0,5 0,2 0,1 39 Murata 2 PBRC4.19HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC4.19MR50X000 0,5 0,5 0,2 15 AVX 8 4,91 CSTCR4M91G53 0,5 0,2 0,1 15 Murata 2 CSTCR4M91G55 0,5 0,2 0,1 39 Murata 2 PBRC4.91HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC4.91MR50X000 0,5 0,5 0,2 15 AVX 8 5,00 CSTCR5M00G53 0,5 0,2 0,1 15 Murata 2 CSTCR5M00G55 0,5 0,2 0,1 39 Murata 2 PBRC5.00HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC5.00MR50X000 0,5 0,5 0,2 15 AVX 8 6,00 CSTCR6M00G53 0,5 0,2 0,1 15 Murata 2 CSTCR6M00G55 0,5 0,2 0,1 39 Murata 2 PBRC6.00HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC6.00MR50X000 0,5 0,5 0,2 15 AVX 8 7,37 CSTCR7M37G53 0,5 0,2 0,1 15 Murata 2 CSTCR7M37G55 0,5 0,2 0,1 39 Murata 2 8,00 CSTCE8M00G52 0,5 0,2 0,1 15 Murata 3 CSTCE8M00G55 0,5 0,2 0,1 33 Murata 3 PBRC8.00HR50X000 0,5 0,5 0,2 30 AVX 7 PBRC8.00MR50X000 0,5 0,5 0,2 15 AVX 8 PRQC8.00SR5010X000 0,5 0,5 0,3 10 AVX 5 10,0 CSTCE10M0G52 0,5 0,2 0,1 15 Murata 3 CSTCE10M0G55 0,5 0,2 0,1 33 Murata 3 PBRC10.00HR70X000 0,7 0,1 0,2 10 AVX 7 PBRC10.0MR70X000 0,5 0,3 0,2 10 AVX 8 PRQC10.00SR5010X00 0,5 0,5 0,3 10 AVX 5 Design 182

183 Resonators Resonators SMT, with Capacitors Frequency [MHz] Type Tolerance [%] of frequency Tolerance [%] of temperature Tolerance [%] of aging (10years) Loadcapacitors [pf] (C1/C2) Manufacturer 12,0 CSTCE12M0G52 0,5 0,2 0,1 15 Murata 3 CSTCE12M0G55 0,5 0,2 0,1 33 Murata 3 PBRC12.0HR70X000 0,7 0,1 0,2 10 AVX 7 PBRC12.0MR70X000 0,5 0,3 0,2 10 AVX 8 PRQC12.00SR5010X000 0,5 0,5 0,3 10 AVX 5 16,0 CSTCE16M0V51 0,5 0,3 0,3 5 Murata 4 CSTCE16M0V53 0,5 0,3 0,3 15 Murata 4 PBRC16.0HR70X000 0,7 0,1 0,2 10 AVX 7 PBRC16.0MR70X000 0,5 0,3 0,2 10 AVX 8 PRQC16.00SR5010X000 0,5 0,5 0,3 10 AVX 5 18,0 CSTCE18M0V51 0,5 0,3 0,3 5 Murata 4 CSTCE18M0V53 0,5 0,3 0,3 15 Murata 4 PBRC18.0HR70X000 0,7 0,1 0,2 10 AVX 7 PBRC18.0MR70X000 0,5 0,3 0,2 10 AVX 8 PRQC18.00SR5010X000 0,5 0,5 0,3 10 AVX 5 20,0 CSTCE20M0V51 0,5 0,3 0,3 5 Murata 4 CSTCE20M0V53 0,5 0,3 0,3 15 Murata 4 PBRC20.0HR70X000 0,7 0,1 0,2 10 AVX 7 PBRC20.0MR70X000 0,5 0,3 0,2 10 AVX 8 PRQC20.00SR5010X000 0,5 0,5 0,3 10 AVX 5 25,0 CSTCW25M0X51 0,5 0,2 0,1 5 Murata 6 CSTCW25M0X53 0,5 0,2 0,1 15 Murata 6 30,0 CSTCW30M0X51 0,5 0,2 0,1 5 Murata 6 32,0 CSTCW32M0X51 0,5 0,2 0,1 5 Murata 6 50,0 CSTCW50M0X51 0,5 0,2 0,1 5 Murata 6 Design Resonator Dimensions on page Resonators SMT, without Capacitors Frequency [MHz] Type Tolerance [%] of frequency Tolerance [%] of temperature Tolerance [%] of aging (10years) Manufacturer 0,455 CSBFB455KJ58 0,5 0,3 0,3 Murata 9 0,5 CSBFB500KJ58 0,5 0,3 0,3 Murata 9 0,8 CSBFB800KJ58 0,5 0,3 0,3 Murata 10 0,91 CSBFB910KJ58 0,5 0,3 0,3 Murata 10 1 CSBFB1M00J58 0,5 0,3 0,3 Murata 10 Design 183

184 Resonators Resonators THT, with Capacitors Frequency [MHz] Type Tolerance [%] of frequency Tolerance [%] of temperature Tolerance [%] of aging (10years) Loadcapacitors [pf] (C1/C2) Manufacturer 3,58 CSTLS3M58G53 0,5 0,2 0,2 15 Murata 11 CSTLS3M58G56 0,5 0,2 0,2 47 Murata 11 3,68 CSTLS3M68G53 0,5 0,2 0,2 15 Murata 11 CSTLS3M68G56 0,5 0,2 0,2 47 Murata 11 4,00 CSTLS4M00G53 0,5 0,2 0,2 15 Murata 11 CSTLS4M00G56 0,5 0,2 0,2 47 Murata 11 4,19 CSTLS4M19G53 0,5 0,2 0,2 15 Murata 11 CSTLS4M19G56 0,5 0,2 0,2 47 Murata 11 4,91 CSTLS4M91G53 0,5 0,2 0,2 15 Murata 11 CSTLS4M91G56 0,5 0,2 0,2 47 Murata 11 5,00 CSTLS5M00G53 0,5 0,2 0,2 15 Murata 11 CSTLS5M00G56 0,5 0,2 0,2 47 Murata 11 6,00 CSTLS6M00G53 0,5 0,2 0,2 15 Murata 11 CSTLS6M00G56 0,5 0,2 0,2 47 Murata 11 8,00 CSTLS8M00G53 0,5 0,2 0,2 15 Murata 11 CSTLS8M00G56 0,5 0,2 0,2 47 Murata CSTLS10M0G53 0,5 0,2 0,2 15 Murata 11 CSTLS10M0G56 0,5 0,2 0,2 47 Murata CSTLS16M0X55 0,5 0,2 0,2 39 Murata CSTLS20M0X53 0,5 0,2 0,2 15 Murata CSTLS50M0X51 0,5 0,2 0,2 5 Murata 12 Design Resonator Dimensions on page

185 Resonators THT, without Capacitors Frequency [MHz] Type Tolerance [%] of frequency Tolerance [%] of temperature Tolerance [%] of aging (10years) Manufacturer 0,455 CSBLA455KEC8 2kHz 0,3 0,3 Murata 13 0,5 CSBLA500KEC8 2kHz 0,3 0,3 Murata 13 0,614 CSBLA614KEC8 2kHz 0,3 0,3 Murata 14 0,8 CSBLA800KJ58 0,5 0,3 0,3 Murata 15 1 CSBLA1M00J58 0,5 0,3 0,3 Murata 15 Design Resonator Dimensions on page

186 Resonator Dimensions Design 1 Design 2 Design 3 CSTCC_G(_A) MHz CSTCR_G(_A) MHz CSTCE_G(_A) MHz Design 4 Design 5 Design 6 CSTCE_V MHz PRQC MHz CSTCW_X MHz Design 7 Design 8 Design 9 PBRCxx.xxHR PBRCxx.xxMR CSBFB_J khz 186

187 Resonator Dimensions Design 10 Design 11 Design 12 CSBFB_J khz CSTLS_G MHz CSTLS_X MHz Design 13 Design 14 Design 15 CSBLA_E khz CSBLA_E khz CSBLA_J khz 187

188 Piezo-Buzzer Disc Buzzer without electronic Buzzer with electronic Frequency Range 0,6 to 12,0 khz 2,0 to 4,0 khz 2,0 to 4,0 khz Dimensions ø12 to ø50 mm ø13 to ø33,5 mm ø12 to ø24 mm Leadspace 5,0 to 15,0 mm 7,5 to 15 mm Special version with wire with wire, housing, SMT, electromechanical version with wire, housing, SMT, electromechanical version Disc Part Number Resonant Frequency Resonant Impedance Capacitance Dimensions 7BB kHz 1000Ohm 8nF 12.0mm KBS-20DA-7A 6.6kHz 300Ohm 10nF 20.0mm 7BB kHz 200Ohm 30nF 35.0mm 7BB-12-9 KBS-20DA-7A 7BB-35-3 A = , B = , C = 19.0 Piezo-Buzzer with electronic Part Number Resonant Frequency Sound Pressure Level Voltage Range Current Consumption Temperature Range PKB24SPCH kHz 90dB (12Vdc, 10cm) 3 to 15Vdc 16mA (12V) -20 to +70 C AI-1440-TWT-12V-R 4kHz 80dB (10cm) 3 to 16Vdc 7mA (12V) -20 to +70 C electromechanical version AI-1223-TWT-5V-R 2.3kHz 85dB (10cm) 3 to 7Vdc 30mA -20 to +80 C SMD Typ SMI-1324-TW-5V-R 2.4kHz 85dB (10cm) 4 to 7Vdc 30mA -20 to +70 C PKB24SPCH3601 AI-1440-TWT-12V-R SMI-1324-TW-5V-R AI-1223-TWT-5V-R 188

189 Piezo-Buzzer without electronic Part Number Resonant Frequency Sound Pressure Level Voltage Range Temperature Range PKM13EPYH4002 4kHz 70dB (3Vpp, square, 10cm) 30Vpp -40 to +85 C KBS-13DB-4P-2 4kHz 73dB (10Vpp, square, 30cm) -20 to +70 C PKM22EPPH4001 4kHz 75dB (3Vpp, square, 10cm) 25Vpp -20 to +70 C KBS20DB-4P-0 4kHz 77dB (10Vpp, square, 30cm) -20 to +70 C PKM22EPPH4007 4kHz 85dB (3Vpp, square, 10cm) 25Vpp -20 to +70 C AT-1438-TWT-R 3.8kHz 80dB (10cm) PKM17EWH4000 4kHz 75dB (3Vpp, square, 10cm) 25Vpp -20 to +70 C SMD Typ PKLCS1212E4001 4kHz 75dB (3Vpp, square, 10cm) 25Vpp -20 to +70 C PKLCS1212E40A1 4kHz 75dB (3Vpp, square, 10cm) 25Vpp -40 to +85 C electromechanical version SMT-1028-S-R 2.83kHz 93dB (10cm) 3 to 4.6Vpp -20 to +70 C PKM13EPYH4002 KBS-13DB-4P-2 PKM22EPPH4001 KBS20DB-4P-0 PKM22EPPH4007 AT-1438-TWT-R PKM17EWH4000 PKLCS1212E4001 PKLCS1212E40A1 SMT-1028-S-R 189

190 Ceramic Filter 455 khz 4 elements filter 6 elements filter 455 khz filter Style THT THT SMT 6 db bandwidth ±2 to ±15 khz ±2 to ±15 khz ±3 to ±17,5 khz Attenuation 25 to 35 db 35 db 50 db (455±100 khz) Distortion 4 to 10 db 4 to 11 db 4 to 7 db In-/output impedance 1,5 to 2 k 1,5 to 2 k 1 to 1,5 k 10,7 MHz 10,7 MHz filter 10,7 MHz filter Style THT SMT 3 db bandwidth 26 to 330 khz 110 to 500 khz Input/Output Impedance 330 to to 470 Distortion 2,5 to 7 db 2,0 to 7,0 db 455kHz-Filters 6db Bandwith Attenuation (fn 100kHz) Insertion Loss In/Output Impedance 4 elements-filter CFULA455KB2A 15.0kHz 27dB 4dB 1500Ohm CFULA455KC2A 12.5kHz 27dB 4dB 1500Ohm CFULA455KF4A 6.0kHz 27dB 6dB 2000Ohm 6 elements-filter CFWLA455KDFA 10.0kHz 35dB 4dB 1500Ohm CFWLA455KEFA 7.5kHz 35dB 6dB 1500Ohm CFWLA455KJFA 2.0kHz 60dB 7dB 2000Ohm SMD type CFUKF455KA2X 17.5kHz 25dB 4dB 1000Ohm CFUKF455KB4X 15.0kHz 25dB 5dB 1000Ohm CFUKF455KD1X 10.0kHz 23dB 7dB 1500Ohm 10,7 MHz-Filters 3dB Bandwith Insertion Loss In/Output Impedance Standard Type SFELF10M7HA00 180kHz 7dB 330Ohm SFELF10M7GA00 230kHz 4dB 330Ohm SFELF10M7FA00 280kHz 4dB 330Ohm Low Loss Type SFELF10M7HAA0 180kHz 3.5dB 330Ohm SFELF10M7GAA0 230kHz 3.0dB 330Ohm SFELF10M7FAA0 280kHz 2.5dB 330Ohm SMD Type SFECV10M7KA00 110kHz 6.0dB 330Ohm SFECV10M7HA00 180kHz 4.0dB 330Ohm SFECV10M7GA00 230kHz 3.5dB 330Ohm Serie CFULA Serie CFWLA Serie CFUKF Serie SFELF Serie SFECV 190

191 EMI Filter DC Power Line Type of Circuit Signal Line Poor Ground Condition Good Poor Ground Condition Good Chip Ferrit Beads (for low-impendance lines) 3-terminal Capacitor/ T-type Filter (for high-impendance lines) Chip Ferrit Beads (for low-impendance lines) 3-terminal Capacitor/ T-type Filter (for high-impendance lines) Chip Ferrite Beads Case Size Type Part number Impedance Rated Current DC Resistance Manufacturer (at 100 MHz/20 C) (max.) 0402 for standard BLM15AG100SN1D 10 Ohm (typ.) 1000 ma 0.05 Ohm Murata BLM15AG700SN1D 70 Ohm (typ.) 500 ma 0.15 Ohm Murata MMZ1005S800AT 80 Ohm ±25% 200 ma 0.09 Ohm TDK BLM15AG121SN1D 120 Ohm ±25% 500 ma 0.25 Ohm Murata MMZ1005S121AT 120 Ohm ±25% 200 ma 0.14 Ohm TDK BLM15AG221SN1D 220 Ohm ±25% 300 ma 0.35 Ohm Murata BLM15AG601SN1D 600 Ohm ±25% 300 ma 0.6 Ohm Murata MMZ1005S601AT 600 Ohm ±25% 100 ma 0.32 Ohm TDK BLM15AG102SN1D 1000 Ohm ±25% 200 ma 1.0 Ohm Murata for high-speed BLM15BB050SN1D 5 Ohm ±25% 500 ma 0.08 Ohm Murata BLM15BB100SN1D 10 Ohm ±25% 300 ma 0.10 Ohm Murata BLM15BB220SN1D 22 Ohm ±25% 300 ma 0.20 Ohm Murata MMZ1005D330CT 33 Ohm ±25% 150 ma 0.35 Ohm TDK BLM15BB470SN1D 47 Ohm ±25% 300 ma 0.35 Ohm Murata MMZ1005D680CT 68 Ohm ±25% 150 ma 0.55 Ohm TDK BLM15BB750SN1D 75 Ohm ±25% 300 ma 0.40 Ohm Murata BLM15BB121SN1D 120 Ohm ±25% 300 ma 0.55 Ohm Murata MMZ1005D121CT 120 Ohm ±25% 150 ma 0.75 Ohm TDK BLM15BB221SN1D 220 Ohm ±25% 200 ma 0.80 Ohm Murata BLM15BD750SN1D 75 Ohm ±25% 300 ma 0.20 Ohm Murata BLM15BD121SN1D 120 Ohm ±25% 300 ma 0.30 Ohm Murata BLM15BD221SN1D 220 Ohm ±25% 300 ma 0.40 Ohm Murata BLM15BD471SN1D 470 Ohm ±25% 200 ma 0.60 Ohm Murata BLM15BD601SN1D 600 Ohm ±25% 200 ma 0.65 Ohm Murata MMZ1005Y601CT 600 Ohm ±25% 250 ma 0.56 Ohm TDK BLM15BD102SN1D 1000 Ohm ±25% 200 ma 0.90 Ohm Murata MMZ1005Y102CT 1000 Ohm ±25% 200 ma 0.74 Ohm TDK MMZ1005Y152CT 1500 Ohm ±25% 100 ma 1.15 Ohm TDK BLM15BD182SN1D 1800 Ohm ±25% 100 ma 1.40 Ohm Murata for large current BLM15PG100SN1D 10 Ohm (typ.) 1000 ma 0.05 Ohm Murata 191

192 EMI Filter Chip Ferrite Beads Case Size Type Part number Impedance Rated Current DC Resistance Manufacturer (at 100 MHz/20 C) (max.) 0603 for standard BLM18AG121SN1D 120 Ohm ±25% 200 ma 0.20 Ohm Murata MMZ1608S121AT 120 Ohm ±25% 500 ma 0.20 Ohm TDK BLM18AG151SN1D 150 Ohm ±25% 200 ma 0.25 Ohm Murata MMZ1608S181AT 180 Ohm ±25% 500 ma 0.20 Ohm TDK BLM18AG221SN1D 220 Ohm ±25% 200 ma 0.30 Ohm Murata BLM18AG331SN1D 330 Ohm ±25% 200 ma 0.45 Ohm Murata MMZ1608S301AT 300 Ohm ±25% 500 ma 0.30 Ohm TDK BLM18AG471SN1D 470 Ohm ±25% 200 ma 0.50 Ohm Murata BLM18AG601SN1D 600 Ohm ±25% 200 ma 0.50 Ohm Murata MMZ1608S601AT 600 Ohm ±25% 500 ma 0.40 Ohm TDK BLM18AG102SN1D 1000 Ohm ±25% 100 ma 0.70 Ohm Murata MMZ1608S102AT 1000 Ohm ±25% 400 ma 0.50 Ohm TDK for high-speed BLM18BB050SN1D 5 Ohm ±25% 700 ma 0.10 Ohm Murata MMZ1608D050CT 5 Ohm ±25% 700 ma 0.10 Ohm TDK BLM18BB100SN1D 10 Ohm ±25% 500 ma 0.15 Ohm Murata MMZ1608D100CT 10 Ohm ±25% 500 ma 0.10 Ohm TDK BLM18BB220SN1D 22 Ohm ±25% 500 ma 0.25 Ohm Murata MMZ1608D220CT 10 Ohm ±25% 500 ma 0.20 Ohm TDK BLM18BB470SN1D 47 Ohm ±25% 500 ma 0.30 Ohm Murata MMZ1608D500CT 50 Ohm ±25% 500 ma 0.30 Ohm TDK BLM18BB600SN1D 60 Ohm ±25% 200 ma 0.35 Ohm Murata BLM18BB750SN1D 75 Ohm ±25% 200 ma 0.35 Ohm Murata MMZ1608D800CT 80 Ohm ±25% 500 ma 0.40 Ohm TDK BLM18BB121SN1D 120 Ohm ±25% 200 ma 0.50 Ohm Murata MMZ1608D121CT 120 Ohm ±25% 400 ma 0.40 Ohm TDK BLM18BB141SN1D 140 Ohm ±25% 200 ma 0.50 Ohm Murata BLM18BB151SN1D 150 Ohm ±25% 200 ma 0.55 Ohm Murata BLM18BB221SN1D 220 Ohm ±25% 200 ma 0.65 Ohm Murata MMZ1608D221CT 220 Ohm ±25% 400 ma 0.60 Ohm TDK BLM18BB331SN1D 330 Ohm ±25% 200 ma 0.75 Ohm Murata BLM18BB471SN1D 470 Ohm ±25% 50 ma 1.00 Ohm Murata BLM18BA050SN1D 5 Ohm ±25% 500 ma 0.20 Ohm Murata BLM18BA100SN1D 10 Ohm ±25% 500 ma 0.25 Ohm Murata BLM18BA220SN1D 22 Ohm ±25% 500 ma 0.35 Ohm Murata BLM18BA470SN1D 47 Ohm ±25% 300 ma 0.55 Ohm Murata BLM18BA750SN1D 75 Ohm ±25% 300 ma 0.70 Ohm Murata BLM18BA121SN1D 120 Ohm ±25% 200 ma 0.90 Ohm Murata BLM18BD121SN1D 120 Ohm ±25% 200 ma 0.40 Ohm Murata MMZ1608Y121BT 120 Ohm ±25% 500 ma 0.20 Ohm TDK BLM18BD151SN1D 150 Ohm ±25% 200 ma 0.40 Ohm Murata BLM18BD221SN1D 220 Ohm ±25% 200 ma 0.45 Ohm Murata BLM18BD331SN1D 330 Ohm ±25% 200 ma 0.50 Ohm Murata MMZ1608Y301BT 300 Ohm ±25% 500 ma 0.30 Ohm TDK BLM18BD421SN1D 420 Ohm ±25% 200 ma 0.55 Ohm Murata BLM18BD471SN1D 470 Ohm ±25% 200 ma 0.55 Ohm Murata BLM18BD601SN1D 600 Ohm ±25% 200 ma 0.65 Ohm Murata MMZ1608Y601BT 600 Ohm ±25% 500 ma 0.40 Ohm TDK 192