X ZVNO109L 3 FERB SEFP10NO5 3 SGS IRF521 3 INR SEFP12N05 3 SGS UFN520 3 UNI Sxi STX SEFP10N10 3 SGS \AF522 3 INA SFN532 3 SOD UFN521 a UNI VNO400D 3 SX ZVNO110L. 3 FERB SEFP12NO05 a SGS IRF523 3 INR SFN543 3 SOD UFN522 3 UNI VNO401D 3 Sxl STX SFN521 3 SOD IRF532 3 FSC SGSP321 a SGSI UFN523 3 UNI VN1206N5 3 STX ZVNO206L. 3 FERB SFN532 3 SOD INR SGSP322 a GSI UFN532 a UNI ZVNO1A2L a FERB STX SFN543 3 SOD IVN5201CNF os INL TXO4NO6P a TXC UFN533 3 UNI STX ZVNO208L 3 FERB SGSP311 a SGSI IVN5201CNH 3 INL TX4NO6P 3 TXC VN66AD 3 Sxl ZVNO1A3L 3 FERB STX SGSP312 3 SGSI IVN6200CNF sa. INL TX12NO5P a TXC VN88AD 3 SX! STX ZVNO209L 3 FERB SGSP321 3 SGSI IVN6200CNH sa x INL TX14NO5P a TXC VNSSAD a SIX ZVNO1A4L a FERB STX SGSP322 3 SGSI MTP4NO8 3 MOTA TX111 a TXC Sx! STX ZVNO210L 3 FERB TXO4NO6P 3 TXC MTP4N10 3 MOTA TX121 3 TXC VN9OAA 3 SIX ZVNO2ZA3L 3 FERB STX TX12NO5P 3a TXC MTPSNO6 3 MOTA VN40AD 3 SXi VNO9AA 3 SIX STX ZVN1106L 3 FERB TX14NO05P 3 TXC MTP5N18 3a MOTA VN46AD a Xi VNO110N5 3 STX ZVNO2AL 3 FERB ST

6 TO 220 IRF522 8 60 2.7 600 100 0.36 5.6 ISOWATT 220 IRF522F 6 30 27 600 100 0.3 55 TO 220 SGSP311 iW 75 2 480 100 0.27 5.6 TO 220 IRF520 9.2 60 27 600 100 0.27 56 ISOWATT 220 IRF520F | 7 30 27 600 100 0.25 5 TO 220 BUZ72A 9 40 27 600 100 0.23 8.3 TO 220 IRF532 12 79 5.1 800 100 0.23 8.3 ISOWATT 220 IRF532F1 8 35 5.1 800 100 0.2 6 TO 220 BUZ20 12 75 27 2000 100 0.16 8.3 TO 220 IRF530 14 79 5.1 800 100 0.16 8.3 ISOWATT 220 IRF530FI 9 35 5.1 800 100 0.15 9 TO 220 SGSP361 18 100 45 1200 100 0.15 10 TO 218 SGSP461 20 125 45 1200 100 0.1 9 TO 220 BUZ21 19 75 4 2000 100 0.4 9 TO3 BUZ25 19 78 4 2000 100 0.1 17 TO3 IRF142 25 125 8.7 1600 100 0.1 7 TO 220 IRF542 25 125 87 1600 100 0.1 17 ISOWATT 220 IRF542F I 14 40 87 1600 100 0.08 20 TO3 IRF 152 33 150 9 3000 100 0.08 22 TO 218 IRFP152 34 150 13 3000 100 0.08 22 ISOWATT 218 IRFP152F! 21 65 13 3000 100 0.077 17 TO 3 IRF140 28 125 8.7 1600 100 0.077 7 TO 220 IRF540 28 125 8.7 1600 100 0.077 17 ISOWATT 220 IRF540F 15 40 8.7 1600 100 0.075 15 T

1 150 418 018 TO-DO4AA IRF522" 100 7.0 0.40 TO-220AB IRF242! 200 16 0.22 TO-204AA IRF523! 60 70 0.40 TO-220A8 IRF243! 150 16 0.22 TO-204AA IRF530 100 14 0.18 TO-220AB IRF250! 200 30 0.085 TO-204AE IRF5311 60 14 0.18 TO-220AB IRF2511 450 30 0.085 TO-2O4AE IRF5321 100 12 0.25 TO-220AB IRF2521 200 25 0.12 TO-204AE IRF533" 60 12 0.25 _TO-220AB IRF253" 150 25 0.12 TO-204AE IRFS40 100 27 0.085 = T0-220AB IRF330' 400 55 1.0 TO-204AA IRFS41! 60 27 0.085 TO-220AB IRF3311 350 55 10 TO-204AA IRF5421 100 24 0.11 TO-220AB IRF3321 400 45 15 TO-204AA IRFS43! 60 24 0.11 -TO-220AB IRF3331 350 45 15 TO-204AA IRF610 200 25 1.5 TO-220AB IRF3401 400 10 0.55 TO-204AA IRF6111 150 2.5 15 TO-220AB IRF3411 350 10 0.55 TO-204AA IRF612! 200 2.0 2.4 TO-220AB IRF3421 400 8.0 0.80 TO-204AA IRF613" 150 2.0 2.4 TO-220AB IRF343" 350 8.0 0.80 TO-204AA IRF620 200 5.0 0.80 TO-220AB IRF350! 400 15 0.30 TO-204AA IRF621' 150 5.0 0.80 TO-220AB IRF3511 350 15 0.30 TO-204AA IRF622! 200 40 1.2 TO-220AB IRF3521 400 13 0.40 TO-204AA IRF623

2 DIR 3 kW 1k 17 1 28 4 kW 18 UC3625 14 27 13 25 2200 pF COSC TO MOTOR TO OTHER CHANNELS 10 W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE 2N3906 IRF9350 16 6 100 nF + 100 m F 3 kW + 20 m F 10 kW QUAD VMOTOR IRF532 20 21 26 3 24 23 8 9 10 4 5 7 100 nF 5 nF 3 nF CT 68 kW RT 10 kW FROM HALL SENSORS 100 nF 2 nF 51 kW 5 nF 2 nF REQUIRED FOR AVERAGE CURRENT SENSING 240 W 240 W 0.02 W RS 0.02 W RD 2 nF VREF ABSOLUTE MAXIMUM RATINGS (1) over operating free-air temperature range (unless otherwise noted) VALUE VCC PWR VCC UNIT 20 Supply voltage 20 PWM IN -0.3 to 6 E/A IN(+), E/A IN(-) -0.3 to 12 ISENSE1, ISENSE2 -1.3 to 6 OV-COAST, DIR, SPEED-IN, SSTART, QUAD SEL H1, H2, H3 -0.3 to 8 -0.3 to 12 PU Output Voltage -0.3 to 50 PU +200 continuous PD 200 continuous E/A 10 Output current ISENSE -10 TACH OUT (1) 2 mA 10 VREF TJ V -50 continuous Operating temperature range -55 to 125 C Currents are positive int

SON IRF 530/F1-531/Fl SF. MiICROELECTROMCS IRF 532/F1-533/F I N - CHANNEL ENHANCEMENT MODE POWER MOS TRANSISTORS PRELIMINARY DATA TYPE Voss Rosion) Ip" {RF530 100 V 0.16 2 14 A IRF530F\ 100 V 0.16 0 9A IRF531 80 V 0.16 9 14A Ls iRF531Fl 80 V 0.16 Q 9A QQ. IRF532 100 V 0.23 2 12A << IRF532F| 100 V 0.23 2 BA {RF533 80 V 0.23 9 12A IRF533Fl 80 V 0.23 Q BA 80-100 VOLTS - FOR DC/DC CONVERTERS HIGH CURRENT ULTRA FAST SWITCHING TO-220 ISOWATT220 EASY DRIVE- FOR REDUCED COST AND SIZE INDUSTRIAL APPLICATIONS: UNINTERRUPTIBLE POWER SUPPLIES * MOTOR CONTROLS INTERNAL SCHEMATIC o N - channel enhancement mode POWER MOS field DIAGRAM effect transistors. Easy drive and very fast switch- ing times make these POWER MOS transistors ideal for high speed switching applications. Appli- G cations include DC/DC converters, UPS, battery chargers, secondary regulators, servo control, power-audio amplifiers and robotics. S ABSOLUTE MAXIMUM RATINGS IRF TO-220 530 531 532 533 ISOWATT220 530Fl 531Fl 532Fl 533Fl

ICATION VREF +15V +5V TO HALL SENSORS 100nF 100nF 20F VMOTOR 2N3904 10 10k QUAD ROSC 33k 3k 10k 2 19 11 22 DIR 3k 1k 17 1 100nF 18 UC3625 28 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 4k TO MOTOR TO OTHER CHANNELS 10 15 IRF532 20 21 3nF CT REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100F 3k + 20F 26 3 24 23 8 9 10 4 5 7 10k 100nF 68k RT 5nF 100nF FROM HALL SENSORS 2nF 2nF 2nF 240 5nF 240 0.02 RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 RD UDG-99045 SLUS353A - NOVEMBER 1999 UC1625 UC2625 UC3625 ABSOLUTE MAXIMUM RATINGS CONNECTION DIAGRAM VCC Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +20V Pwr VCC Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . +20V PWM In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -0.3 to 6V E/A IN(+), E/A IN(-) . . . . . . . . . . . . . . . . . . . . . . . . . -0.3 to 12V ISENSE1, ISENSE2. . . . . . . . . . . . .

W 19 11 22 DIR 3kW 17 1 28 100nF 18 UC3625 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 1k 4kW TO MOTOR TO OTHER CHANNELS 10W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100mF 3kW + 20mF 10kW 10kW VMOTOR IRF532 20 21 3nF CT 26 68kW RT 3 24 23 8 9 10 4 5 7 100nF 5nF FROM HALL SENSORS 100nF 2nF 51kW 2nF 2nF VREF 10kW 240W 5nF 240W 0.02 W RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 W RD Please be aware that an important notice concerning availability, standard warranty, and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet. PRODUCTION DATA information is current as of publication date. Products conform to specifications per the terms of the Texas Instruments standard warranty. Production processing does not necessarily include testing of all parameters. Copyright (c) 2003-2007, Texas Instruments Incorporated UC1625 UC2625 UC3625 www.ti.

W 19 11 22 DIR 3kW 17 1 28 100nF 18 UC3625 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 1k 4kW TO MOTOR TO OTHER CHANNELS 10W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100mF 3kW + 20mF 10kW 10kW VMOTOR IRF532 20 21 3nF CT 26 68kW RT 3 24 23 8 9 10 4 5 7 100nF 5nF FROM HALL SENSORS 100nF 2nF 51kW 2nF 2nF VREF 10kW 240W 5nF 240W 0.02 W RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 W RD Please be aware that an important notice concerning availability, standard warranty, and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet. PRODUCTION DATA information is current as of publication date. Products conform to specifications per the terms of the Texas Instruments standard warranty. Production processing does not necessarily include testing of all parameters. Copyright (c) 2003-2007, Texas Instruments Incorporated UC1625 UC2625 UC3625 www.ti.

ICATION VREF +15V +5V TO HALL SENSORS 100nF 100nF 20F VMOTOR 2N3904 10 10k QUAD ROSC 33k 3k 10k 2 19 11 22 DIR 3k 1k 17 1 100nF 18 UC3625 28 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 4k TO MOTOR TO OTHER CHANNELS 10 15 IRF532 20 21 3nF CT REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100F 3k + 20F 26 3 24 23 8 9 10 4 5 7 10k 100nF 68k RT 5nF 100nF FROM HALL SENSORS 2nF 2nF 2nF 240 5nF 240 0.02 RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 RD UDG-99045 SLUS353A - NOVEMBER 1999 UC1625 UC2625 UC3625 ABSOLUTE MAXIMUM RATINGS CONNECTION DIAGRAM VCC Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +20V Pwr VCC Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . +20V PWM In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -0.3 to 6V E/A IN(+), E/A IN(-) . . . . . . . . . . . . . . . . . . . . . . . . . -0.3 to 12V ISENSE1, ISENSE2. . . . . . . . . . . . .

cture Lower input capacitance Extended safe operating area Improved high temperature reliability IRF530/531/532/533 TO-3P PRODUCT SUMMARY Part Number | Vos__| Rosion 'b IRFS30/IRFP130 100V | 0.160 14A IRFP 130/131/132/133 | IRFS31/IRFP131 80V | 0.169 14A IRF532ARFP 132 100V | 0.232 12A [ IRF533/IRFP133 sov | 0.230] 124 MAXIMUM RATINGS Characteristics Symbol IRF 130 RFP IS! IEP 132 IRFP193 | Unit Drain-Source Voltage (1) Voss 100 80 100 80 Vdc Drain-Gate Voltage (Rag=1.0MQ)(1) Vocr 100 80 100 80 Vde Gate-Source Voltage Vas +20 Vde Continuous Drain Current Te =25C Ip 14 14 12 12 Adc Continuous Drain Current Tc=100C lp 10 10 8.3 8.3 Adc Orain CurrentPulsed (3) , lom 56 56 48 48 Adc Gate CurrentPulsed lom +1.6 Adc Single Pulsed Avalanche Energy (4) Eas 69 mJ Avalanche Current las 14 A Total Power Dissipation @ Tc=25C Po 77 Watts Derate above 25C 0.62 w/c eo Tu Ta ~85 0150 c Maximum Lead Temp. for Soldering Th 300 C Purposes, 1/8" from case for 5 seconds Notes: (1) Ty=25C to 150C (2) Pulse test: Puls

W 19 11 22 DIR 3kW 17 1 28 100nF 18 UC3625 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 1k 4kW TO MOTOR TO OTHER CHANNELS 10W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100mF 3kW + 20mF 10kW 10kW VMOTOR IRF532 20 21 3nF CT 26 68kW RT 3 24 23 8 9 10 4 5 7 100nF 5nF FROM HALL SENSORS 100nF 2nF 51kW 2nF 2nF VREF 10kW 240W 5nF 240W 0.02 W RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 W RD Please be aware that an important notice concerning availability, standard warranty, and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet. PRODUCTION DATA information is current as of publication date. Products conform to specifications per the terms of the Texas Instruments standard warranty. Production processing does not necessarily include testing of all parameters. Copyright (c) 2003-2007, Texas Instruments Incorporated UC1625 UC2625 UC3625 www.ti.

2 DIR 3 kW 1k 17 1 28 4 kW 18 UC3625 14 27 13 25 2200 pF COSC TO MOTOR TO OTHER CHANNELS 10 W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE 2N3906 IRF9350 16 6 100 nF + 100 m F 3 kW + 20 m F 10 kW QUAD VMOTOR IRF532 20 21 26 3 24 23 8 9 10 4 5 7 100 nF 5 nF 3 nF CT 68 kW RT 10 kW FROM HALL SENSORS 100 nF 2 nF 51 kW 5 nF 2 nF REQUIRED FOR AVERAGE CURRENT SENSING 240 W 240 W 0.02 W RS 0.02 W RD 2 nF VREF ABSOLUTE MAXIMUM RATINGS (1) over operating free-air temperature range (unless otherwise noted) VALUE VCC PWR VCC UNIT 20 Supply voltage 20 PWM IN -0.3 to 6 E/A IN(+), E/A IN(-) -0.3 to 12 ISENSE1, ISENSE2 -1.3 to 6 OV-COAST, DIR, SPEED-IN, SSTART, QUAD SEL H1, H2, H3 -0.3 to 8 -0.3 to 12 PU Output Voltage -0.3 to 50 PU +200 continuous PD 200 continuous E/A 10 Output current ISENSE -10 TACH OUT (1) 2 mA 10 VREF TJ V -50 continuous Operating temperature range -55 to 125 C Currents are positive in

.5 MTP5N12 5 0.7 3.5 MTP7N12 7 75 0.5 MTP8N12 8 0.3 MTP10N12 10 0.25 75 MTP15N12 15 100 100 0.8 2 MTP4N10 4 50 IRF512 3.5 20 0.6 IRF510 4 3 MTP6N10 8 50 0.5 4 MTP8N10 B 75 0.4 MTPS8P10* IRF522 40 0.33 5 MTP10N10 10 75 0.30 6 MTP12P10* 4 IRF520 8 40 0.25 8 IRF532 12 75 0.18 IRF530 14 6 MTP12N10 42 0.15 10 MTP20N10 20 100 0.11 15 IRF542 24 125 0.085 IRF540 27 12.5 MTP25N10 25 80 0.8 2 MTP4NO8 50 0.6 3 MTP6NO8 0.5 4 MTP8NO8 75 0.4 MTPS8P08* 0.33 MTP10NO08 10 0.3 MTP12P08* 12 0.18 MTP12NO08 0.15 10 MTP20N08 20 100 60 08 2 IRF513 3.5 20 0.6 IRF511 25 MTP5NO6 50 0.4 3.5 MTP7NO6 *Indicates P-Channei MOTOROLA EUROPEAN MASTER SELECTION GUIDE 3-6

VN1215N5 a STX SIEG \ARF632 a INR SIEG \RF523 3 INR Six VN1216N5 a STX Six IVN6200ANM s3_ INL Six SIX IRF530 a FSC VN1220N5 a STX IRF630 1 FSC IVN6200CNM _ 3. INL BUZ71A a APX IRF531 3 FSC IRF531 3 INR ZVNO106L a FERB INR MTP5N18 3 MOTA SIE IRF533 3 GESY IRF532 3 FSC STX IRF632 1 GESY MTP7N18 3 MOTA BUZ72 a APX INR GESY ZVNO108L. a FERB RFPSN18 1 RCA MTP7N20 3 MOTA SIEG IRFZ22 a INR INR STX SDT32 1 SOD! MTP8N15 3 MOTA BUZ72A a APX IVN5201CND sa INL IRF533 3 SIX ZVNO109L. 3 FERB SFN630 1 SOD MTP8N18 3 MOTA SIEG IVN5201CNE 3 INL IRF543 3 GESY STX TX134 1 TXC RFP8N18 3 RCA D84CL1 3 GESY MTPS5NO5 3 MOTA (RFFI11 3 INR ZVNO110L 3 FERS 2SK440 3 HITJ RFP12N18 3 RCA D84DK1 a GESY MTP10NO5 a MOTA IRFF123 3 INR STXx BUZ30 3 APX RFP12N20 3 RCA FMP18N05 3 FSC MTP12NO05 3 MOTA SIX ZVNO206L 3 FERB SIEG SEF630 3 SGS IRF511 a INR MTP12N06 a MOTA IVN6200CNE 3 INL STX BUZ32 3 SIT SEF631 3 SGS IRF521 3 FSC MTP15N05 a MOTA IVN6200CNF s3_ INL ZVNO208L a FERB BUZ32B a SIE SEF632 3 SGS SIX MTP15NO6 3 MOTA IVN6200CNH 3

19 11 22 DIR 3kW 1k 17 1 18 UC3625 28 100nF 14 27 13 25 2200pF COSC 2N3906 IRF9350 16 6 4kW TO MOTOR TO OTHER CHANNELS 10W 15 REQUIRED FOR BRAKE AND FAST REVERSE TO OTHER CHANNELS 12 BRAKE + 100mF 3kW + 20mF 10kW 3kW VMOTOR IRF532 20 21 3nF CT 26 68kW RT 3 24 23 8 9 10 4 5 7 100nF 5nF FROM HALL SENSORS 100nF 2nF 51kW 2nF 2nF VREF 10kW 240W 5nF 240W 0.02 W RS REQUIRED FOR AVERAGE CURRENT SENSING 0.02 W RD 1 Please be aware that an important notice concerning availability, standard warranty, and use in critical applications of Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet. PRODUCTION DATA information is current as of publication date. Products conform to specifications per the terms of the Texas Instruments standard warranty. Production processing does not necessarily include testing of all parameters. Copyright (c) 2003-2013, Texas Instruments Incorporated UC1625 UC2625 UC3625 SLUS3