Power Management & Supply Selection Guide

Transcription

1 Power MOSFETs, Small Signal MOSFETs, PWM Controll ICs, SMPS ICs, Gate Driver, PFC Power Management & Supply Selection Guide

2 Introduction INFINEON S POWER SEMICONDUCTOR PHILOSOPHY is rather simple: if we invest in development of a new power semiconductor product, it must be substantially superior to any comparable competitor power semiconductor. For the past seven years, Infineon s power semiconductors CoolMOS TM Super Junction High- MOSFETs, thinq! TM Silicon Carbide Schottky Diodes, 5 & V MOSFETs, CoolSET TM, PWM/CoolMOS TM combinations, and now 100V MOSFETs, V MOSFETs, 500V Series and the Second Generation 600V Silicon Carbide Schottky Diodes exemplify this philosophy. Put us to the test and see why Infineon s Power Semiconductors lead to your Superior Solutions. POWER MANAGEMENT for application areas such as telecom and information processing systems, continually presents new challenges: growing power demands requiring greater power density, higher efficiency and lower SMPS cost, while available space is constantly shrinking. 2

3 Content ICs Gate Driver 4 PWM Control IC 4 Fan Speed Controller 6 SMPS IC Overview 8 PWM Controller 10 Smart Ballast Controller 14 PFC and Combo Controller 16 CoolSET TM 18 Naming System 20 Discretes MOSFETs Depletion MOSFETs 42 HV Diodes 43 Alphanumeric Listing 44 Package Overview 47 3

4 Gate Driver PWM Control IC TDA21102 / TDA21103 / TDA21106 / TDA21107 C Drivers for N-Channel MOSFETs C Shoot-through protection adaptive dead-time control C Tri-state PWM input C Supply voltage UVLO Under LockOut C Compatible with standard multiphase PWM controllers C Adjustable high side MOSFET gate driver voltage TDA211 / TDA212 / TDA213 C Multiphase operation C Active droop compensation for fast transient response C Smooth VCORE voltage transient during dynamic VIDs C Power stage thermal balance C Hiccup mode over current protection C Programmable switching frequency C UVLO Under LockOut C Programmable soft start and power sequence C High output ripple frequency times numbers of phases V CC Bootstrap Capacitor V IN 6 x Phase 1 TDA21106 TDA213 Phase 2 Phase 3 V IN CPU Supply (< 2 V) TDA21102 V IN GND PWM Control IC Gate Driver Power Stage Application Example: Standalone gate driver / application circuit (3-phase solution with single and dual gate driver) 4

5 Gate Driver / PWM Control IC Gate Driver Package ROHS-compliant Number of channels Maximum junction temperature Supply voltage, V CC BOOT to GND PHASE to GND DC PHASE to GND dynamic Switching frequency Driving capability -HS Driving capability -LS Typical propagation delay time Power on overvoltage protection Integrated bootstrap diode Product status High Performance TDA21106 TDA21102 SO-8 SO to 150 C - to 150 C 45 V 45 V -1 ~ -1 ~ -20 ~ 1) -20 ~ 1) 2 MHz 2 MHz Source: 4 A Source: 4 A Sink: 4 A Sink: 4 A Source: 4 A Source: 4 A Sink: 4 A Sink: 4 A 10 ~ 20 ns 15 ~ 20 ns Production Production Cost Performance Optimized TDA21107 TDA21103 SO-8 SO to 150 C 0 to 150 C 15 V 15 V 15 V 15 V -10 ~ 2) 1 MHz 1 MHz Source: 3 A Source: 2 A Sink: 3 A Sink: 2 A Source: 3 A Source: 2 A Sink: 3 A Sink: 2 A 15 ~ 20 ns 45 ~ 60 ns Production Production 1) t pulse max = 500 ns, Maximum Duty Cycle = 2% 2) t pulse max = 200 ns PWM TDA211 TDA212 TDA213 VRM / VRD VR10.1 VR10 VR10 / VR next generation Package TSSOP- SO- VQFN-40 ROHS-compliant Number of phases 2 ~ 4 2 ~ 4 2 ~ 4 VID bits Output voltage 0.85 ~ 1.6 V 0.85 ~ 1.6 V 0.85 ~ 1.6 V Inductor DCR sensing MOSFET RDS(on) sensing OCP, OVP Dynamic VIDs (VIDs on the fly) Switching frequency khz khz khz For an overview about ROHS-compliant products please go to 5

6 TDA21801 Fan Speed Controller WITH THE NEW fanspeed controller TDA21801, essential system monitoring features of switched mode power supplies (SMPS) such as adjustable minimum fan speed, fan ON/OFF and over-temperature protection (OTP) can be easily implemented. Only few external components added to the IC are necessary for it. Benefits C Full control over fan speed due to precision reference C Low system cost when replacing 4-wire fans C Reduced noise level C Increased safety of power supplies THE TDA21801 isdesigned for applications using 3- or 4-wire fan solutions like PC silver boxes, Server silver box AC/DC converter and industrial/medical power supplies. Features C In combination with 2-wire fans same functionality as 4-wire fan solution C Overtemperature protection feature to protect system and power supply C Adjustable minimum fan speed (750 rpm to 4000 rpm) C Fan speed can be increased by external PWM or analogue signal C SO-8 Package/ROHS compliant 6

7 12 V 8 V DD Fan Speed Controller BIAS Fan M FanM 6 3 TRSOUT R BIAS D A Digital Integrator Logic Unit R VCO 1 7 FCin NTC Speed Value Generator + OTP VCO RC-VCO 5 In Case of OTP 1 ma C VCO R NTC R RSin 2 RSin Filter Amplifier Pulse Detection V DD GND 4 Block Diagram FCin V DD R FC CON1 FAN+ FAN- C FAN 100 nf Q1 R RSin 0.5 Ω 10 kω C FC 100 nf TDA21801 FCin RSin TRSOUT GND V DD NTC FanM RC-VCO Fan Speed Controller C VDD 100 nf R VCO 220 kω C VCO 3.3 nf R BIAS 3.6 kω FanM DOVP C NTC 100 nf To OVP R NTC 22 kω Typical Application Circuit 7

8 SMPS IC Overview TDA TDA Quasiresonant TDA16846 TDA16847 ICE1QS01 ICE1QS01G PWM Controller ICE2QS01 ICE3BS02L ICE3A(B)S02 Fixed Frequency ICE3DS01 ICE2A(B)S01 TDA General purpose control IC Universal, high performance control IC including low-power standby and power factor correction PWM Control IC including advanced burst mode, PFC and frequency reduction for best-in-class efficiency ratings PWM Control IC including advanced burst mode, PFC and frequency reduction for best-in-class efficiency ratings + active burst mode + start up cell General purpose Control IC with enhanced ICE3DS01 features General purpose Control IC with enhanced ICE3DS01 features General purpose Control IC with enhanced ICE2A(B)S01 features General purpose Control IC Control with special featu for CRT moni applications Typical Application CVT, VCR, adapter CTV, VCR, set-top-box, adapter CTV, VCR, adapter, LCDTV CTV, VCR, adapter Applications exceeding the max. power range of CoolSET: charger, adapter, auxiliary power supplies, low end CTV, set-top-box, DVD Applications exceeding the max. power range of CoolSET: charger, adapter, auxiliary power supplies, low end CTV, set-top-box, DVD Applications exceeding the max. power range of CoolSET: charger, adapter, auxiliary power supplies, low end CTV, set-top-box, DVD, LCD Applications exceeding the max. power range of CoolSET: charger, adapter, auxiliary power supplies, low end CTV, set-top-box, DVD Monitors, CTVs, adapters, chargers General Features Operating mode Switching frequency Standby frequency Maximum duty cycle Primary regulation without additional components Standby power Low standby power mode active burst mode Soft switching for low EMI Maximum drain-source 1 C T j Power range ( V) without heat sink Power range ( V) without heat sink Integrated auxiliary power supply Integrated 500V start-up cell PFC functionality Protection Features Undervoltage lock-out Overload and open loop correction protection Overload protection Secondary undervoltage Cycle by cycle current limitation Sophisticated power limitation management Temporary high-power circuit Adjustable peak current limitation via external resistor Current limitation via internal sense field Demagnetization protection Thermal shut-down (with auto-restart) Thermal shut-down with latch off Auto restart mode for all protection features Auto restart mode for overload, open loop, V CC undervoltage, short optocoupler Latch-off mode for V CC overvoltage, overtemperature and short winding/short diode Latch-off enable pin Brown out protection Supply current with inactive gate (typ.) VCC operating range DIP-package SMD-package ISODRAIN-package * Depending on topology and switching transistor ** Only available in ISODRAIN package Quasiresonant < 200 khz approx. 20 khz unlimited 5 W/400 mw * * 11 ma V DIP-8 Quasiresonant Fixed Frequency Synchronized < 0 khz adjustable in fixed frequency mode adjustable unlimited < 1 W/400 mw * * Charge Pump TDA ma V DIP-14 SO-14 Quasiresonant < 0 khz 20 khz unlimited < 1 W/400 mw * * Charge Pump 11 ma V DIP-8 SO-8 Quasiresonant < 0 khz 80 khz / Active Burst Mode unlimited < 1 W/500 mw * * Charge Pump 2.5 ma 11 ~ DIP-8 Fixed Frequency 100 khz (67kHz) 72% 100 mw/no load 700 mw/500 mw * * 6.5 ma V DIP-8 Fixed Frequency 100 khz (67kHz) 72% 100 mw/no load 700 mw/500 mw * * 7.0 ma (6.5 ma) V DIP-8 SO-8 Fixed Frequency 110 khz 72% 100 mw/no load 480 mw/0 mw * * 7.2 ma V DIP-8 SO-8 Fixed Frequency 100 khz (67kHz) 21.5 khz (20 KHz) 72% < 1 W/no load * * 6.5 ma V DIP-8 SO-8 Fixed Freque synchronized 60 khz fixed < 1 khz sy 20 khz 60% < 1 W/no loa 3 10 ma V DIP-8 8

9 SMPS IC Overview Combo PFC Controller CoolSET TM : Controller with CoolMOS TM in one Package PWM+CCM PFC CCM DCM Fixed Frequency TDA16888 ICE1PCS01 ICE1PCS02 TDA4862 TDA4863 TDA ICE3A1065LJ F3 Jitter Series ICE3B05(J) ICE3B0565(J) ICE3B1565(J) ICE3A05L ICE3A1065L ICE3A1565L F3 Series ICE3A(B)05 ICE3A(B)0565 ICE3A(B)1065 ICE3A(B)1565 ICE3A(B)2065 ICE3A(B)65 F3 Isodrain ICE3A(B)2065P(I) ICE3A(B)65P(I) ICE3A(B)65P(I) ICE3A(B)5065P(I) ICE3A(B)5565P(I) F2 650V Series ICE2A(B)0565 ICE2A0565 ICE2A0565 ICE2A(B)165 ICE2A(B)5 ICE2A(B)5 ICE2A(B)765P2(I)** F2 800V Series ICE2A180 ICE2A0 ICE2A0P2** res itor High performance power combi controller including PFC and PWM stage Standalone PFC controller for boost topology with soft-start PFC Controller for high-power factor and active harmonic filter Full protection features + ultra low power standby mode and internal leading edge blanking + bullt-in softstart + active burst mode + startup cell + built-in blanking window + latch-off mode + latch enable pin Full protection features + ultra low power standby mode and internal leading edge blanking + softstart + active burst mode + startup cell + adjustable blanking window + jittering Full protection features + ulta low power standby mode and internal lead ing edge blanking + softstart + active burst mode + startup cell + adjustable blanking window + latch-off mode Full protection features + ultra low power standby mode and internal leading edge blanking + softstart + active burst mode + startup cell + adjustable blanking window Full protection features + ultra low power standby mode and internal leading edge blanking + softstart + active burst mode + startup cell + adjustable blanking window Full protection features + low power standby mode and internal leading edge blanking +softstart Full protection features + low power standby mode and internal leading edge blankin + softstart Industrial aircon, motor drive, PC, server, adapter Industrial, PC, motor drive, white goods Ballast, CTV, PC monitor, adapter Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies, PC & Display standby supply, adapter, STB, DVD, VCR Charger, auxiliary supplies PC & Display standby supply, adapter, STB, DVD, VCR ncy d Fixed Frequency Continuous Conduction Mode Fixed Frequency Discontinuous Conduction Mode Fixed Frequency Fixed Frequency Fixed Frequency Fixed Frequency Fixed Frequency Fixed Frequency Fixed Frequency nchr. up to 200 khz up to 0 khz 67 khz Free-running... 0 khz 100 khz 67 khz A: 100 khz B: 67 khz A: 100 khz B: 67 khz A: 100 khz B: 67 khz A: 100 khz B: 67 khz 100 khz d PWM 0 khz/pfc 50% PWM 50%/PFC 94% < 1 W/no load 1 khz 98% 75% 100 mw/no load 700 mw/500 mw 650 V 650 V startup cell 75% 100 mw/no load 700 mw/500 mw 650 V 650 V startup cell 72% 100 mw/no load 700 mw/500 mw 650 V 650 V startup cell 72% 100 mw/no load 700 mw/500 mw 650 V 650 V startup cell 72% 100 mw/no load 700 mw/500 mw 650 V 650 V startup cell down to 21.5 khz (20 khz) 72% < 1 W/no load 650 V down to 21 khz 72% < 1 W/no load PWM ** output undervoltage protection PFC ma V DIP-20 SO-20 1 khz V DIP-8 SO-8 4 ma V DIP-8 SO ma V DIP ma V DIP ma V DIP ma V DIP-8/DIP-7 SO ma V TO ma V DIP-8/DIP-7 SO-16/ ma V DIP-7 TO

10 PWM Controller TDA / TDA Control IC for Switched-Mode Power Supplies using MOS Transistor C Fold-back characteristic protects external components C Burst mode at secondary short-circuit C Protection against open or a short of the control loop C Mains undervoltage lock-out C Soft-start for quiet start-up without noise C Chip-over temperature protection C Not for new designs, replaced by TDA16846 TDA16846 / TDA16847 SMPS Controller Supporting Low-power Standby and Power Factor Correction C Line current consumption with PFC C Stable and adjustable standby frequency C Very low start-up current C Soft-start for quiet start-up C Freely usable fault comparators C Synchronization and fixed frequency facility C Over and undervoltage lock-out C Switch off at mains undervoltage C Temporary high-power circuit (only TDA16847) C Mains voltage dependent fold-back point correction C Continuous frequency reduction with decreasing load C Adjustable ringing suppression time ICE1QS01 SMPS Controller with very few peripheral components, featuring Advanced Burst Mode, Frequency Reduction and Power Factor Correction C Line current consumption with PFC C Stable standby frequency of 20 khz C Advanced burst mode < 1 0 mw sec. power C Soft-start for noiseless start-up C Digital frequency reduction for higher efficiency and no-jitter designs C Over and undervoltage protection C Fold-back point correction for stable output power independent of line voltage variations C Ringing suppression time controlled by output power C Additional fault comparator optionally useable TDA SMPS Controller for CRT Monitors C Controller for fly-back topology C Current mode PWM with spike blanking C Leading edge triggered pulse with modulation C Fast, soft switching totem pole gate drive (1 A) C Soft-start management for safe start-up C Off mode with power consumption less than 1 W C Fast and slow peak current limitation C All protection features available 10

11 PWM Controller ICE1QS V RFI Filter and Rectifier Application Example: 80 W Demoboard with ICE1QS01 and Primary Regulation 11

12 PWM Controller ICE2XS01 Off-line SMPS Current Mode Controller C PWM Current Mode Controller C 67 khz and 100 khz fixed frequency operation C Max duty cycle up to 72% C Frequency reduction for low standby C Adjustable soft-start C Propagation delay compensation C Internal leading edge blanking C Fully protected C DIP-8 / SO-8 ICE3DS01 Off-line SMPS Current Mode Controller C PWM and start-up cell in one package C Active burst mode for ultra-low standby power (P IN < 100 mw) C Short-term overload function C New protection: latched OFF or auto restart C 110 khz fixed frequency operation C May duty cycle up to 72% C Adjustable soft-start C Propagation delay compensation C Internal leading edge blanking C Fully protected C DIP-8 / SO-8 ICE3AS02 Additional features to ICE3DS01 C 100 khz C All protections : auto-restart ICE3BS02 Additional features to ICE3DS01 C 67 khz C All protections : auto-restart ICE3BS02L Additional features to ICE3DS01 C 67 khz C DIP-8 12

13 PWM Controller AC IN Snubber V OUT V CC CoolMOS TM G FB CS ICE3DS01 SoftS GND Application Example: Circuit Diagram for PWM Fly-back Converter 13

14 Smart Ballast Controller ICB1FL02G Smart Ballast Controller ICB1FL02G is designed to control a Fluorescent Lamp Ballast including C Discontinuous Conduction Mode Power Factor Correction (PFC) C Lamp Inverter Control and C High Level-Shift Half Bridge Driver with Coreless Transformer in one package. Product Highlights C Critical conduction mode PFC with overcurrent and overvoltage protection and internal loop compensation C End-of-life detection in multilamp topologies and detection of capacitive mode operation in T5 designs C Improved reliability and minimized spread due to digital and optimized analog control functions Short Form Data min. typ. max. Operating Range Turn-on Threshold Supply Current during UVLO and Fault Mode Operating Frequency of Inverter during Run Mode Operating Frequency of Inverter during Preheating Mode Preheating Time Dead Time between LS and HS Gate drive Operating Range of floating HS Gate Drive LS Current Limitation Threshold during Ignition LS Current Protection Threshold End-of-Life Detection Threshold Amplitude Ratio for Detection of Rectifier Effect Detection of non-zvs Operation CapMode 1 & V 20 khz Run Frequency V -2 µa V 1750 ns 0.8 V 1.6 V 17 V 150 µa 100 khz 150 khz 2000 ms +900 V +2 µa 1.15 PFC Preconverter control with critical and discontinuous CM Maximum controlled on-time Hysteresis of Zero Current Detector PFC current Limitation Threshold Reference voltage for control of Bus Overvoltage Detection Threshold Undervoltage Detection Threshold Open Loop Detection Junction Operating Temperature Range Pb-free Lead Plating; ROHS compliant 2.47 V - C.5 µs 1 V 1 V 2.50 V 2.75 V 1.83 V 0.5 V 2.53 V +1 C Due to a minimum number of external components necessary, system costs can be brought down significantly. ICB1FL02G can be used and designed easily and is therefore a basis for cost effective ballast solutions of the future. 14

15 Smart Ballast Controller AC V PFCZCD LVS2 LVS1 PFCGD PFCVS PFCCS ICB1FL02G HSGD HSVCC HSGND LSGD LSCS GND V CC RFRUN RFPH RTPH RES Block Diagram: Smart Ballast Controller ICB1FL02G 15

16 PFC and Combo Controller 16 ICE1PCS01 Stand-alone Power Factor Correction (PFC) Controller in Continuous Conduction Mode C Easy to use with very few external components C Average current control C Programmable operating frequency (50 to 0 khz) C Unique set of protection features including brown-out protection and boost diode protection C Precise internal reference voltage C Unique soft-start C Enhanced dynamic response C Leading edge modulation ICE1PCS02 Additional features to ICE1PCS01 C Brown out protection C Fixed Frequency 67 khz TDA4862 Power Factor Controller (PFC) IC for High-power Factor and Active Harmonic Filter C IC for sinusoidal line-current consumption C Power factor approaching 1 C Controls boost converter as an active harmonics filter C Internal start-up with low current consumption C Zero current detector for discontinuous operation mode C High current totem pole gate driver C Trimmed ±1.4% internal reference C Undervoltage lock out with hysteresis C Very low start-up current consumption C Pin compatible with world standard C Output overvoltage protection C Current sense input with internal low pass filter C Totem pole output with active shutdown during UVLO C Junction temperature range -40 C to +150 C C Available in DIP-8 and SO-8 packages TDA4863 / TDA Power Factor Controller IC for High-power Factor and Low THD Additional Features to TDA4862 C Reduced tolerance of signal levels C Improved light load behavior C Open loop protection C Current sense input with leading edge blanking LEB C Undervoltage protection ICE1PD5 PFC CoolSET TM version of TDA4863 C 650 V avalanche rugged CoolMOS TM C R DS(on) = 1.1 Ω C DSO-16 package C PFC output power 55 V IN = 90 V (T A = 70 C) 140 V IN = 180 V (T A = 70 C) C Reduced size and assembling costs C Highest efficiency due to lower power dissipation TDA16888 High-performance Power Combi Controller PFC Section C IEC compliant C Additional operation mode as auxiliary power supply C Fast, soft switching totem pole gate drive (1 A) C Leading edge triggered pulse width modulation C Peak current limitation C Continuous/discontinuous mode possible C 94% maximum duty cycle PWM Section C Improved current mode control C Fast, soft switching totem pole gate drive (1 A) C Soft-start management C Topologies are forward or fly back C 50% maximum duty cycle

17 PFC and Combo Controller Rectifier L 1 D1 EMI Filter R 3 V IN = V AC C 1 T1 C 2 V OUT = 400 V DC R 7 R 4 R 1 R 2 I SENSE GATE GND V SENSE Auxiliary Suply V CC ICE1PCS01 I COMP FREQ V COMP C 3 R 5 R 6 C 4 C 5 Application Example: Circuit Diagram for PFC Boost Converter 17

18 CoolSET TM ICE2Axxx / ICE2Bxxx Off-line SMPS Controller with 650 V / CoolMOS TM on Board (High Protection & Energy Saving Solution) C 650 V or avalanche rugged CoolMOS C Typical R DS(on) = 0.45 Ω Ω at T j = C General Features C Frequency reduction for lowest standby power (below 1 W) to meet European requirements 100 khz / 67 khz switching frequency C Internal leading edge blanking C Modulated gate drive for soft switching C High peak power accuracy C DIP-7, DIP-8 or P-TO220-6, I 2 -PAK package ICE3Axxxx / ICE3Bxxxx Off-line SMPS Controller with 650 V CoolMOS on Board (High Protection & Energy Saving Solution) Additional Features to ICE2Axxx/ICE2Bxxx C Startup cell C Active burst mode C Lowest standby power < 0.1 W C Adjustable blanking window for load jump C Switching frequency jittering ( for J and LJ version ) C Latch off mode protection ( for L and LJ version ) C Frequency jittering ( for J and LJ version ) C Latch enable pin ( for LJ version ) 18

19 CoolSET TM V OUT V IN 85 0 V AC Input Filter PWM- Control CoolSET TM Application Example: CoolSET TM for Off-line Switch Mode Power Supplies 19

20 Naming System Power MOSFETs (> 0 V) S P P 20 N 60 C 3 Company S = Historcally Siemens Device P = Power MOSFET Specifications C3 = CoolMOS C3 S5 = CoolMOS S5 Breakdown voltage Divided by 10 (60 x 10 = ) Package A = TO220 FullPAK B = TO3 (D 2 -PAK) D = TO2 (D-PAK) I = TO2 (I 2 -PAK) N = SOT2 P = TO220 U = TO2 (I-PAK) W = TO7 N = N-Channel Transistors Continuous Drain Current (@ T C = C) [A] Power MOSFETs (> 0 V) - CP Generation I P P 60 R 099 C P Company I = Infineon Series Name in this case CoolMOS CP for PFC and PWM applications Device P = Power MOSFET R DS(on) [mω] Package A = TO220 FullPAK B = TO3 (D 2 -PAK) D = TO2 (D-PAK) I = TO2 (I 2 -PAK) N = SOT2 P = TO220 U = TO2 (I-PAK) W = TO7 R = R DS(on) Breakdown voltage Divided by 10 (60 x 10 = ) 20

21 thinq! TM Company S = Formerly Siemens S D T 12 S 60 Breakdown Divided by 10 (60 x 10 = ) Naming System Device D = Diode S = SiC Diode Package D = D-PAK / TO2 T = TO220 (2-leg) Continuous Drain Current (@ T C = C) [A] thinq! TM 2G I D T 12 S 60 C Company I = Infineon Specifications C = Surge current improve Device D = Diode Breakdown Divided by 10 (60 x 10 = ) Package D = D-PAK/TO2 T = TO220 (2-leg) Continuous Drain Current (@ T C = C) [A] S = SiC Diode Lighting ICs I C B 1 FL 02 G Integrated Circuit DSO Package Application Ballast Generation Design Step of Lamp, e.g. FL = Fluorescent HID = High Intensity Discharge 21

22 Naming System BSC 016 N 03 L S G Package BSA for SC75 BSR for SC59 BSC for SSO8 BSD for SOT3 dual BSL for TSOP6 BSO for SO-8 BSP for SOT2 BSS for SOT BSV for SOT3 BSZ for S8 IPB for D 2 -PAK IPC for Chip Product IPD for D-PAK IPF for Reverse D-PAK IPI for I 2 -PAK IPP for TO220 IPS for I-PAK Short Leads Green Product S for Single Chip D for Dual Chip only valid for Super SO-8/SSO8/S3O8 R on in mω, multiplied by 10, if last digit is not defined, substitution by C, e.g. 07C = 7 mω class. for chip products chip area in mm 2 multiplied by 10 N for N-channel P for P-channel C for Complementary N for Normal Level M for Logic Level 5 V optimized L for Logic Level K for Super Logic Level J for Super Logic Level 1.8 V rated Breakdown voltage divided by 10 E = extended, +5 V, e.g. E2 = CoolSET TM ICE 3 A L J P Infineon CoolSET TM Enhanced Generation 1, 2, 3,... A 100 khz, Fix Frequency B 67 khz, Fix Frequency D 110 khz, Fix Frequency Peak current x 10 MOSFET voltage rating divided by 10 Package " " DIP-8 G DSO-16/12 Z DIP-7 P TO IsoDrain I TO IsoDrain Variants J Jitter " " Non-Jitter Mode L Latched " " Auto-Restart 22

23 MOSFETs MOSFETs TO SPW12N50C3 SPW16N50C3 IPW50R199CP SPW21N50C3 IPW50R140CP SPWN50C3 SPW52N50C SPW11N60S5 SPW11N60C3 SPW15N60C3 IPW60R199CP SPW20N60S5 SPW20N60C3 IPW60R165CP SPWN60C3 IPW60R1CP SPWN60C3 IPW60R099CP SPW47N60C3 IPW60R045CP SPW11N60CFD CoolMOS TM CFD SPW15N60CFD CoolMOS TM CFD SPW20N60CFD CoolMOS TM CFD SPWN60CFD CoolMOS TM CFD SPWN60CFD CoolMOS TM CFD SPW47N60CFD CoolMOS TM CFD SPW11N80C3 SPW17N60C3 For an overview about ROHS-compliant products please go to

24 TO SPP15P10P G SPP15P10PL G 1) SPP80P06P SPP18P06P SPP08P06P IPP03N03LA IPP04N03LA 4.9 IPP05N03LA 6.2 IPP06N03LA 9.2 IPP09N03LA IPP11N03LA IPP14N03LA IPP03N03LB G IPP034N03L G 4.2 n.a 20. 2) IPP042N03L G 3.8 IPP04N03LB G 5.5 n.a ) IPP055N03L G 5.3 IPP05N03LB G IPP065N03L G 6.6 IPP07N03LB G n.a ) IPP080N03L G IPP096N03L G 9.9 IPP10N03LB G 11.4 n.a ) IPP114N03L G 12.8 IPP13N03LB G IPP147N03L G IPP15N03LB G 1) 1) Can be mass-produced on customer request 2) Preliminary data For an overview about ROHS-compliant products please go to

25 TO220 MOSFETs IPP48N06L G IPP050N06N G IPP065N06L G 1) IPP070N06N G 1) IPP070N06L G IPP080N06N G IPP085N06L G IPP091N06N G 7 5 IPP110N06L G IPP120N06N G IPP04CNE8N G IPP054NE8N G IPP06CNE8N G IPP08CNE8N G IPP12CNE8N G IPP16CNE8N G IPPCNE8N G SPP/B/I80N10L IPP04CN10N G IPP05CN10N G IPP06CN10N G IPP08CN10N G IPP12CN10N G IPP16CN10N G IPPCN10N G IPPCN10N G IPP50CN10N G IPP80CN10N G SPP04N50C3 SPP08N50C3 IPP50R520CP IPP50R9CP SPP12N50C3 IPP50R0CP IPP50R9CP SPP16N50C3 IPP50R0CP IPP50R199CP SPP21N50C3 IPP50R140CP 1) Can be mass-produced on customer request For an overview about ROHS-compliant products please go to

26 TO SPP02N60C3 SPP02N60S5 SPP03N60C3 SPP03N60S5 SPP04N60C3 SPP04N60S5 SPP06N60C3 SPP07N60C3 SPP07N60S5 IPP60R5CP SPP11N60S5 IPP60R9CP SPP15N60C3 SPP11N60C3 IPP60R199CP SPP20N60C3 SPP20N60S5 IPP60R165CP SPPN60C3 IPP60R1CP IPP60R099CP SPP07N60CFD SPP11N60CFD SPP15N60CFD SPP20N60CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD 650 V SPP07N65C3 SPP11N65C3 SPP20N65C SPP02N80C3 SPP04N80C3 SPP06N80C3 SPP08N80C3 SPP11N80C3 SPP17N80C3 For an overview about ROHS-compliant products please go to

27 TO220 FullPAK MOSFETs SPA04N50C3 SPA08N50C3 IPA50R520CP SPA16N50C3 IPA50R9CP SPA12N50C3 IPA50R0CP IPA50R9CP IPA50R0CP IPA50R199CP SPA21N50C3 IPA50R140CP SPA03N60C3 SPA04N60C3 SPA06N60C3 SPA07N60C3 IPA60R5CP SPA11N60C3 SPA15N60C3 IPA60R9CP IPA60R199CP SPA20N60C3 IPA60R165CP IPA60R1CP SPA07N60CFD SPA11N60CFD SPA15N60CFD SPA20N60CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD 650 V SPA07N65C3 SPA11N65C3 SPA20N65C SPA02N80C3 SPA04N80C3 SPA06N80C3 SPA08N80C3 SPA11N80C3 SPA17N80C3 For an overview about ROHS-compliant products please go to

28 D 2 -PAK (TO3) SPB80P06P SPB18P06P SPB08P06P IPB03N03LA G IPB04N03LA G 4.6 IPB05N03LA G IPB06N03LA G IPBH6N03LA G 8.9 IPB09N03LA G IPB11N03LA G IPB14N03LA G 2.4 IPB0N03L G IPB03N03LB G IPB034N03L G 3.8 IPB04N03LB G ) IPB042N03L G ) IPB055N03L G 5.0 IPB05N03LB G IPB065N03L G 6.3 IPB06N03LB G ) IPB080N03L G IPB096N03L G 9.6 IPB10N03LB G ) IPB114N03LB G 12.5 IPB13N03LB G IPB147N03L G IPB048N06L G IPB050N06N G IPB065N06L G 1) IPB070N06N G 1) IPB070N06L G IPB080N06N G IPB085N06L G IPB091N06N G IPB110N06L G IPB120N06N G IPB04CNE8N G IPB051NE8N G IPB06CNE8N G IPB08CNE8N G IPB12CNE8N G IPB16CNE8N G IPBCNE8N G 1) Can be mass-produced on customer request 2) Preliminary data For an overview about ROHS-compliant products please go to

29 D 2 -PAK (TO3) MOSFETs IPB04CN10N G IPB05CN10N G IPB06CN10N G IPB08CN10N G IPB12CN10N G IPB16CN10N G IPBCN10N G IPBCN10N G IPB50CN10N G IPB80CN10N G SPP/B/I47N10L SPP/B/I47N SPP/B/IN10.9 SPP/B/I21N SPP/B/I10N10L SPP/B/I10N BUZA 200 V BUZ BUZ SPB04N50C SPB12N50C IPB50R9CP SPB16N50C3 IPB50R0CP IPB50R199CP SPB21N50C IPB50R140CP SPB02N60S SPB02N60C SPB03N60S SPB03N60C SPB04N60S SPB04N60C SPB07N60S5 SPB07N60C SPB11N60S SPB11N60C SPB20N60S SPB20N60C IPB60R165CP IPB60R099CP SPB17N80C3 For an overview about ROHS-compliant products please go to

30 I 2 PAK (TO2) IPI03N03LA IPI04N03LA 4.9 IPI05N03LA 6.2 IPI06N03LA 9.2 IPI09N03LA IPI11N03LA IPI14N03LA IPI03N03LB G 1) 3.8 IPI04N03LB G 1) 5.3 IPI05N03LB G 1) 6.6 IPI07N03LB G 1) 9.9 IPI10N03LB G 1) 12.8 IPI13N03LB G 1) IPI15N03LB G 2) IPI070N06N G 1) IPI04CNE8N G IPI054NE8N G IPI06CNE8N G IPI08CNE8N G IPI12CNE8N G IPI16CNE8N G IPICNE8N G IPI04CN10N G IPI05CN10N G IPI06CN10N G IPI08CN10N G IPI12CN10N G IPI16CN10N G IPICN10N G IPICN10N G IPI50CN10N G IPI80CN10N G 1) Can be mass-produced on customer request 2) 5-Leg For an overview about ROHS-compliant products please go to

31 I 2 PAK (TO2) MOSFETs BUZ V BUZ BUZ73A SPI08N50C3 IPI50R9CP SPI12N50C3 IPI50R0CP SPI16N50C SPI21N50C SPI07N60S5 SPI07N60C3 IPI60R5CP SPI11N60S5 SPI11N60C3 IPI60R9CP SPI15N60C3 IPI60R199CP SPI20N60C3 650 V SPI07N65C3 SPI11N65C3 SPI20N65C SPI08N80C3 For an overview about ROHS-compliant products please go to 31

32 D-PAK (TO2) SPD15P10P G SPD15P10PL G SPD04P10P G SPD04P10PL G SPDP06P SPD18P06P SPD09P06P SPD08Po6P SPD50P03L G 2) IPD03N03LA G IPDH4N03LA G IPD04N03LA G 5.2 IPDH5N03LA G 5.1 IPD05N03LA G 5.7 IPD06N03LA G IPDH6N03LA G 8.6 IPD09N03LA G IPDH9N03LA G IPD10N03LA G IPD13N03LA G 2.3 IPD0N03L G 4) IPD031N03L G IPD03N03LB G ) IPD040N03L G ) IPD04N03LB G ) IPD050N03L G IPD05N03LB G IPD060N03L G IPD06N03LB G ) IPD075N03L G IPD090N03L G 9.1 IPD09N03LB G ) IPD105N03L G 11.6 IPD12N03LB G IPD1N03L G IPD14N03LB G 1) 1) Can be mass-produced on customer request 2) 5-Leg 3) Preliminary data 4) Coming 2007 For an overview about ROHS-compliant products please go to

33 D-PAK (TO2) MOSFETs IPD1N06L G IPD144N06N G IPD2N06L G IPD2N06N G IPD0N06L G 1) IPD400N06N G IPD640N06L G 7.0 IPD800N06N G IPD12CNE8N G IPD16CNE8N G IPDCNE8N G IPD12CN10N G IPD16CN10N G IPDCN10N G IPDCN10N G IPD49CN10N G IPD64CN10N G 7 IPD78CN10N G SPDN V SPD07N SPD02N50C SPD03N50C SPD04N50C3 SPD08N50C IPD50R520CP IPD50R9CP SPD01N60C SPD02N60S SPD02N60C SPD03N60S SPD03N60C SPD04N60S SPD04N60C SPD06N60C SPD07N60C SPD07N60S5 5.0 IPD60R5CP SPD02N80C SPD04N80C SPD06N80C3 1) Can be mass-produced on customer request For an overview about ROHS-compliant products please go to

34 Reverse D-PAK (TO2) IPF04N03LA G 5.3 IPF05N03LA G 5.9 IPF06N03LA G IPFH6N03LA G 8.8 IPF09N03LA G IPF10N03LA G IPF13N03LA G IPF0N03L G 4.3 IPF04N03LB G 1) ) IPF050N03L G IPF060N03L G 6.3 IPF06N03LB G 1) ) 7.4 IPF075N03L G 1) IPF090N03L G 9.3 IPF09N03LB G 1) ) IPF105N03L G 11.8 IPF12N03LB G 1) IPF1N03L G IPF15N03LB G 1) 1) Can be mass-produced on customer request 2) Preliminary data For an overview about ROHS-compliant products please go to 34

35 I-PAK (TO1) MOSFETs SPUP06P SPU18P06P SPU09P06P SPU08P06P IPU04N03LA G 5.3 IPU05N03LA G 5.9 IPU06N03LA G IPUH6N03LA G 8.8 IPU09N03LA G IPU10N03LA G IPU13N03LA G ) IPU0N03L G 4.3 IPU04N03LB G ) IPU050N03L G IPU060N03L G 6.3 IPUH6N03LB G ) IPU075N03L G IPU090N03L G 9.3 IPU09N03LB G ) IPU105N03L G 11.8 IPU12N03LB G 1) IPU1N03L G IPU15N03LB G 1) IPUCNE8N G SPD/U11N IPUCN10N G IPUCN10N G IPU49CN10N G IPU64CN10N G 7 IPU78CN10N G SPU01N60C SPU02N60S SPU02N60C SPU03N60S5 SPU03N60C3 SPU04N60S5 SPU04N60C3 SPU07N60S5 1) Can be mass-produced on customer request 2) Preliminary data For an overview about ROHS-compliant products please go to

36 I-PAK Short Leads (TO1 SL) IPS03N03LA G IPSH4N03LA G IPS04N03LA G 5.2 IPSH5N03LA G 5.3 IPS05N03LA G 5.9 IPS06N03LA G IPSH6N03LA G 8.8 IPS09N03LA G 9.2 IPSH9N03LA G IPS10N03LA G IPS13N03LA G IPS031N03L G IPS03N03LB G ) IPS040N03L G 4.3 IPS04N03LB G ) IPS050N03L G IPS05N03LB G IPS060N03L G ) IPS06N03LB G 1) IPS075N03L G IPS090N03L G 9.3 IPS09N03LB G ) IPS105N03L G 11.8 IPS12N03LB G 1) IPS1N03L G IPS15N03LB G 1) 6.3 IPSH6N03LB G SPS02N50C SPS03N50C3 SPS04N50C IPS50R520CP SPS01N60C SPS02N60C3 SPS03N60C SPS04N60C3 1) Can be mass-produced on customer request 2) Preliminary data

37 SO8 MOSFETs BSO613SPV BSO080P03S BSO1Sp BSO1P03S BSO200P03S BSO3P (dual) BSO3SP -20 V BSO201SP BSO203Sp BSO203P (dual) BSO204P (dual) BSO207P (dual) BSO211P (dual) BSO052N03S BSO064N03S BSO072N03S BSO094N03S BSO104N03S BSO119N03S BSO150N03 (dual) BSO200N03 (dual) BSO200N03S BSO0N03S BSO0N03 (dual) BSO615N (dual) / BSO615C BSO612CV Complementary Complementary For an overview about ROHS-compliant products please go to

38 SuperSO BSC020N0S G BSC0N0S G BSC0N0S G BSC0N0S G BSC048N0S G BSC072N0S G BSC085N0S G BSC106N0S G BSC016N03LS G BSC020N03LS G BSC022N03S G BSC0N03LS G BSC0N03S G BSC0N03LS G BSC0N03S G BSC042N03LS G 1) BSC042N03S G BSC050N03LS G 1) BSC052N03S G BSC057N03S G 1) BSC059N03S G BSC060N03LS G 1) BSC079N03S G BSC080N03LS G 1) BSC090N03LS G 1) BSC094N03S G BSC100N03LS G 1) BSC119N03S G BSC120N03S G 1) BSC09CN10NS G BSC11CN10NSF G BSC13CN10NS G BSC17CN10NFS G BSC20CN10NS G BSCCN10NSF G 1) Coming 2007 S3O BSZ0N03LS G BSZ040N03LS G 1) BSZ050N03LS G 1) BSZ058N03LS G 1) BSZ088N03LS G 1) BSZ100N03LS G 1) BSZ1N03LS G 1) Preliminary data For an overview about ROHS-compliant products please go to

39 SOT2 MOSFETs -0 V BSP317P BSP92P BSP316P BSP1P 1) BSP2P 1) BSP613P BSP170P BSP171P BSP315P BSP318S BSP5 BSP0S BSP3 BSP2 BSP6 BSP1 200 V BSP7 0 V BSP89 BSP V BSP8 BSP BSP BSP1 BSS1 BSS2 SPN01N60C3 SPN03N60S5 SPN03N60C3 SPN02N60S5 SPN02N60C3 SPN04N60S BSP0 1) Coming E/2006 For an overview about ROHS-compliant products please go to

40 SOT89-0 V BSS192P 0 V BSS87 SOT BSS83P BSS84P 55 V BSS670S2L BSS1N SN7002N BSS77N BSS1 BSS119 0 V BSS131 SC59-0 V BSR92P 1) BSR316 1) BSR315P 1) 1) Coming E/2006 For an overview about ROHS-compliant products please go to 40

41 SOT3 MOSFETs BSS84PW 1) -20 V BSS209PW BSS2PW BSS1W SN7002W 1) R DS(on) max. = V GS = 2.7 V SOT3-20 V BSV2SP BSD2P (dual) TSOP BSL7SP -20 V BSL207SP BSL211SP SC75-20 V BSA2SP For an overview about ROHS-compliant products please go to 41

42 Depletion MOSFETs SOT BSS159N BSS169 0 V BSS BSS1 SOT2 200 V BSP149 0 V BSP BSP1 For an overview about ROHS-compliant products please go to 42

43 HV Diodes HV Diodes TO220 0 V I F [A] 2 x typ. Q C [nc] I F,SD [A] SDT10S SDP10S SDP20S ThinQ! TM ThinQ! TM ThinQ! TM x x x IDT04S60C IDT05S60C IDT10S60C IDT06S60C IDT12S60C IDT08S60C IDT16S60C ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G D-PAK (TO2) I F [A] 4.0 typ. Q C [nc].0 I F,SD [A] IDD04S60C ThinQ! TM 2G For an overview about ROHS-compliant products please go to 43

44 Alphanumeric Listing 44 Product Name Class Page Product Name Class Page BSA2SP BSC016N03LS G BSC020N0S G BSC020N03LS G BSC022N03S G BSC0N0S G BSC0N03LS G BSC0N03S G BSC0N0S G BSC0N03LS G BSC0N03S G BSC0N0S G BSC042N03LS G BSC042N03S G BSC048N0S G BSC050N03LS G BSC052N03S G BSC059N03S G BSC060N03LS G BSC072N0S G BSC079N03S G BSC080N03LS G BSC085N0S G BSC094N03S G BSC09CN10NS G BSC100N03LS G BSC106N0S G BSC119N03S G BSC11CN10NSF G BSC120N03S G BSC13CN10NS G BSC17CN10NFS G BSC20CN10NS G BSCCN10NSF G BSD2P (dual) BSL207SP BSL211SP BSL7SP BSO052N03S BSO064N03S BSO072N03S BSO080P03S BSO094N03S BSO104N03S BSO119N03S BSO1P03S BSO150N03 (dual) BSO200N03 (dual) BSO200N03S BSO200P03S BSO201SP BSO203P (dual) BSO203Sp BSO204P (dual) BSO207P (dual) BSO211P (dual) BSO0N03S BSO1Sp BSO3P (dual) BSO3SP BSO0N03 (dual) BSO612CV BSO612CV BSO613SPV BSO615C BSO615C BSO615N (dual) BSP1 BSP1 BSP1 BSP1 BSP149 BSP170P BSP171P BSP5 BSP6 BSP7 BSP8 BSP9 BSP0 BSP315P BSP316P BSP317P BSP318S BSP0S BSP1P BSP2P BSP4 BSP2 BSP3 BSP613P BSP88 BSP89 BSP92P BSR315P BSR316 BSR92P BSS119 BSS1 BSS1 BSS1 BSS131 BSS1N BSS1W BSS1 BSS159N BSS169 BSS192P BSS209PW BSS2PW BSS2 Complementary Complementary MOSFET Complementary Complementary MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET -20 V -20 V -20 V -20 V V -20 V -20 V -20 V -20 V -20 V V 200 V V 400 V V V - 0 V 0 V -0 V V 0 V 0 V -0 V -20 V -20 V BSS670S2L BSS77N BSS83P BSS84P BSS84PW BSS87 BSV2SP BSZ0N03LS G BSZ1N03LS G BUZA BUZ31 BUZ31 BUZ BUZ73 BUZ73A IDD04S60C IDT04S60C IDT05S60C IDT06S60C IDT08S60C IDT10S60C IDT12S60C IDT16S60C IPA50R140CP IPA50R199CP IPA50R0CP IPA50R9CP IPA50R0CP IPA50R9CP IPA50R520CP IPA60R1CP IPA60R165CP IPA60R199CP IPA60R9CP IPA60R5CP IPB02xN03L G IPB034N03L G IPB03N03LA G IPB03N03LB G IPB042N03L G IPB048N06L G IPB04CN10N G IPB04CNE8N G IPB04N03LA G IPB04N03LB G IPB050N06N G IPB051NE8N G IPB055N03L G IPB05CN10N G IPB05N03LA G IPB05N03LB G IPB065N03L G IPB065N06L G IPB06CN10N G IPB06CNE8N G IPB06N03LA G IPB06N03LB G IPB070N06L G IPB070N06N G IPB080N03L G IPB080N06N G IPB085N06L G IPB08CN10N G IPB08CNE8N G IPB091N06N G IPB096N03L G IPB09N03LA G IPB10N03LB G IPB110N06L G IPB114N03LB G IPB11N03LA G IPB120N06N G IPB12CN10N G IPB12CNE8N G IPB13N03LB G IPB147N03L G IPB14N03LA G IPB16CN10N G IPB16CNE8N G IPBCN10N G IPBCNE8N G IPBCN10N G IPB50CN10N G IPB50R140CP IPB50R199CP IPB50R0CP IPB50R9CP IPB60R099CP IPB60R165CP IPB80CN10N G IPBH6N03LA G IPD022N03L G IPD031N03L G IPD03N03LA G IPD03N03LB G IPD040N03L G IPD04N03LA G IPD04N03LB G IPD050N03L G IPD05N03LA G IPD05N03LB G IPD060N03L G IPD06N03LA G IPD06N03LB G IPD075N03L G IPD090N03L G IPD09N03LA G IPD09N03LB G IPD105N03L G IPD10N03LA G IPD1N06L G MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G ThinQ! TM 2G 55 V V -20 V 200 V 200 V 200 V 200 V 200 V 200 V

45 Product Name Class Page Product Name Class Page IPD12CN10N G IPD12CNE8N G IPD12N03LB G IPD1N03L G IPD13N03LA G IPD144N06N G IPD14N03LB G IPD16CN10N G IPD16CNE8N G IPD2N06L G IPD2N06N G IPDCN10N G IPDCNE8N G IPDCN10N G IPD0N06L G 1) IPD400N06N G IPD49CN10N G IPD50R9CP IPD50R520CP IPD60R5CP IPD640N06L G IPD64CN10N G IPD78CN10N G IPD800N06N G IPDH4N03LA G IPDH5N03LA G IPDH6N03LA G IPDH9N03LA G IPF0N03L G IPF04N03LA G IPF04N03LB G IPF050N03L G IPF05N03LA G IPF060N03L G IPF06N03LA G IPF06N03LB G IPF075N03L G IPF090N03L G IPF09N03LA G IPF09N03LB G IPF105N03L G IPF10N03LA G IPF12N03LB G IPF1N03L G IPF13N03LA G IPF15N03LB G IPFH6N03LA G IPI03N03LA IPI03N03LB G IPI04CN10N G IPI04CNE8N G IPI04N03LA IPI04N03LB G IPI054NE8N G IPI05CN10N G IPI05N03LA IPI05N03LB G IPI06CN10N G IPI06CNE8N G IPI06N03LA IPI070N06N G IPI07N03LB G IPI08CN10N G IPI08CNE8N G IPI09N03LA IPI10N03LB G IPI11N03LA IPI12CN10N G IPI12CNE8N G IPI13N03LB G IPI14N03LA IPI15N03LB G IPI16CN10N G IPI16CNE8N G IPICN10N G IPICNE8N G IPICN10N G IPI50CN10N G IPI50R0CP IPI50R9CP IPI60R199CP IPI60R9CP IPI60R5CP IPI80CN10N G IPP034N03L G IPP03N03LA IPP03N03LB G IPP042N03L G IPP04CN10N G IPP04CNE8N G IPP04N03LA IPP04N03LB G IPP050N06N G IPP054NE8N G IPP055N03L G IPP05CN10N G IPP05N03LA IPP05N03LB G IPP065N03L G IPP065N06L G IPP06CN10N G IPP06CNE8N G IPP06N03LA IPP070N06L G IPP070N06N G IPP07N03LB G IPP080N03L G IPP080N06N G IPP085N06L G IPP08CN10N G IPP08CNE8N G OptiMOS IPP091N06N G IPP096N03L G IPP09N03LA IPP10N03LB G IPP110N06L G IPP114N03L G IPP11N03LA IPP120N06N G IPP12CN10N G IPP12CNE8N G IPP13N03LB G IPP147N03L G IPP14N03LA IPP15N03LB G IPP16CN10N G IPP16CNE8N G IPPCN10N G IPPCNE8N G IPPCN10N G IPP48N06L G IPP50CN10N G IPP50R140CP IPP50R199CP IPP50R0CP IPP50R9CP IPP50R0CP IPP50R9CP IPP50R520CP IPP60R099CP IPP60R1CP IPP60R165CP IPP60R199CP IPP60R9CP IPP60R5CP IPP80CN10N G IPS031N03L G IPS03N03LA G IPS03N03LB G IPS040N03L G IPS04N03LA G IPS04N03LB G IPS050N03L G IPS05N03LA G IPS05N03LB G IPS060N03L G IPS06N03LA G IPS06N03LB G IPS075N03L G IPS090N03L G IPS09N03LA G IPS09N03LB G IPS105N03L G IPS10N03LA G IPS12N03LB G IPS1N03L G IPS13N03LA G IPS15N03LB G IPS50R520CP IPSH4N03LA G IPSH5N03LA G IPSH6N03LA G IPSH6N03LB G IPSH9N03LA G IPU0N03L G IPU04N03LA G IPU04N03LB G IPU050N03L G IPU05N03LA G IPU060N03L G IPU06N03LA G IPU075N03L G IPU090N03L G IPU09N03LA G IPU09N03LB G IPU105N03L G IPU10N03LA G IPU12N03LB G IPU1N03L G IPU13N03LA G IPU15N03LB G IPUCN10N G IPUCNE8N G IPUCN10N G IPU49CN10N G IPU64CN10N G IPU78CN10N G IPUH6N03LA G IPUH6N03LB G IPW50R140CP IPW50R199CP IPW60R045CP IPW60R099CP IPW60R1CP IPW60R165CP IPW60R199CP SDP10S SDP20S SDT10S SN7002N SN7002W SPA02N80C3 SPA03N60C3 SPA04N50C3 SPA04N60C3 SPA04N80C3 SPA06N60C3 SPA06N80C3 SPA07N60C3 SPA07N60CFD SPA07N65C3 SPA08N50C3 OptiMOS2 OptiMOS2 ThinQ! TM ThinQ! TM ThinQ! TM MOSFET MOSFET CoolMOS TM CFD 0 V 0 V 0 V 650 V Alphanumeric Listing 45

46 Alphanumeric Listing Product Name Class Page Product Name Class Page SPA08N80C3 SPA11N60C3 SPA11N60CFD SPA11N65C3 SPA11N80C3 SPA12N50C3 SPA15N60C3 SPA15N60CFD SPA16N50C3 SPA17N80C3 SPA20N60C3 SPA20N60CFD SPA20N65C3 SPA21N50C3 SPB02N60C3 SPB02N60S5 SPB03N60C3 SPB03N60S5 SPB04N50C3 SPB04N60C3 SPB04N60S5 SPB07N60C3 SPB07N60S5 SPB08P06P SPB11N60C3 SPB11N60S5 SPB12N50C3 SPB16N50C3 SPB17N80C3 SPB18P06P SPB20N60C3 SPB20N60S5 SPB21N50C3 SPB80P06P SPD/U11N10 SPD01N60C3 SPD02N50C3 SPD02N60C3 SPD02N60S5 SPD02N80C3 SPD03N50C3 SPD03N60C3 SPD03N60S5 SPD04N50C3 SPD04N60C3 SPD04N60S5 SPD04N80C3 SPD04P10P G SPD04P10PL G SPD06N60C3 SPD06N80C3 SPD07N20 SPD07N60C3 SPD07N60S5 SPD08N50C3 SPD08Po6P SPD09P06P SPD15P10P G SPD15P10PL G SPD18P06P SPDP06P SPDN10 SPD50P03L G SPI07N60C3 SPI07N60S5 SPI07N65C3 SPI08N50C3 SPI08N80C3 SPI11N60C3 SPI11N60S5 SPI11N65C3 SPI12N50C3 SPI15N60C3 SPI16N50C3 SPI20N60C3 SPI20N65C3 SPI21N50C3 SPN01N60C3 SPN02N60C3 SPN02N60S5 SPN03N60C3 SPN03N60S5 SPN04N60S5 SPP/B/I10N10 CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET 650 V 650 V V V 650 V 650 V SPP/B/I10N10L SPP/B/I21N10 SPP/B/IN10 SPP/B/I47N10 SPP/B/I47N10L SPP/B/I80N10L SPP02N60C3 SPP02N60S5 SPP02N80C3 SPP03N60C3 SPP03N60S5 SPP04N50C3 SPP04N60C3 SPP04N60S5 SPP04N80C3 SPP06N60C3 SPP06N80C3 SPP07N60C3 SPP07N60CFD SPP07N60S5 SPP07N65C3 SPP08N50C3 SPP08N80C3 SPP08P06P SPP11N60C3 SPP11N60CFD SPP11N60S5 SPP11N65C3 SPP11N80C3 SPP12N50C3 SPP15N60C3 SPP15N60CFD SPP15P10P G SPP15P10PL G SPP16N50C3 SPP17N80C3 SPP18P06P SPP20N60C3 SPP20N60CFD SPP20N60S5 SPP20N65C3 SPP21N50C3 SPPN60C3 SPP80P06P SPS01N60C3 SPS02N50C3 SPS02N60C3 SPS03N50C3 SPS03N60C3 SPS04N50C3 SPS04N60C3 SPU01N60C3 SPU02N60C3 SPU02N60S5 SPU03N60C3 SPU03N60S5 SPU04N60C3 SPU04N60S5 SPU07N60S5 SPU08P06P SPU09P06P SPU18P06P SPUP06P SPW11N60C3 SPW11N60CFD SPW11N60S5 SPW11N80C3 SPW12N50C3 SPW15N60C3 SPW15N60CFD SPW16N50C3 SPW17N60C3 SPW20N60C3 SPW20N60CFD SPW20N60S5 SPW21N50C3 SPWN60C3 SPWN60CFD SPWN50C3 SPWN60C3 SPWN60CFD SPW47N60C3 SPW47N60CFD SPW52N50C3 MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET CoolMOS TM CFD MOSFET CoolMOS TM CFD CoolMOS TM CFD MOSFET MOSFET MOSFET CoolMOS TM CFD MOSFET MOSFET MOSFET MOSFET MOSFET CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD CoolMOS TM CFD 650 V V V