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Eaton Corporation
UP1B-151-R Ind Power Wirewound 150uH 20% 100KHz Ferrite 400mA T/R - Tape and Reel (Alt: UP1B-151-R) UP1B-151-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Avnet UP1B-151-R Reel 0 9 Weeks, 6 Days 900 - - - $0.64286 $0.57179 More Info
Coiltronics
UP1B-151-R Inductor Power Wirewound 152.4uH/150uH 20% 100KHz Ferrite 400mA 1.61Ohm DCR T/R UP1B-151-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Onlinecomponents.com UP1B-151-R 156 - - - $0.66 $0.62 More Info
Master Electronics UP1B-151-R 156 - - - $0.66 $0.62 More Info
Eaton Bussmann
UP1B-151-R Inductor Power Wirewound 152.4uH/150uH 20% 100KHz Ferrite 400mA 1.61Ohm DCR T/R UP1B-151-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Sager UP1B-151-R 0 900 - - - $0.6 $0.5625 More Info

UP1B-151-R datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
UP1B-151-R UP1B-151-R ECAD Model Cooper Bussmann Power Inductor; Series:UNI-PAC; Inductance:150uH; Inductance Tolerance:+/- 20 %; Terminal Type:PCB Surface Mount; Core Material:Ferrite; Current, It rms:0.4A; DC Resistance Max:1.61ohm; Leaded Process Compatible:Yes Original PDF

UP1B-151-R Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2007 - up1b-4r7-r

Abstract: UP1B-100-R UP1B-330 UP4B-151-R UP2B-331-R UP1B-680-R UP1B-470-R UP1B-151-R UP1B-150-R up4b151
Text: UP1B-101- R UP1B-151-R UP1B-221- R UP1B-331- R UP2B-R47-R UP2B-1R0- R UP2B-1R5- R UP2B-2R2- R UP2B-3R3- R , UP2B-101- R UP2B- 151-R Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 , UP3B-470- R UP3B-680- R UP3B-101- R UP3B- 151-R UP3B-331- R UP4B-R47-R UP4B-1R0- R UP4B-1R5- R UP4B-2R2- R , UP4B-101- R UP4B- 151-R UP4B-221- R UP4B-331- R UP4B-471- R Inductance µH (rated) 220.0 330.0 , temperature: +260°C max. for 10 seconds max. Part Number UP1B-R47-R UP1B-1R0- R UP1B-1R5- R UP1B-2R2- R


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PDF 2002/95/EC 470uH 1000uH up1b-4r7-r UP1B-100-R UP1B-330 UP4B-151-R UP2B-331-R UP1B-680-R UP1B-470-R UP1B-151-R UP1B-150-R up4b151
2006 - Not Available

Abstract: No abstract text available
Text: UP1B-R47-R UP1B-1R0- R UP1B-1R5- R UP1B-2R2- R UP1B-3R3- R UP1B-4R7- R UP1B-6R8- R UP1B-100- R UP1B-150- R UP1B-220- R UP1B-330- R UP1B-470- R UP1B-680- R UP1B-101- R UP1B-151-R UP1B-221- R UP1B-331- R UP2B-R47-R UP2B-1R0- R UP2B-1R5- R , UP2B-820- R UP2B-101- R UP2B- 151-R Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 , UP3B-330- R UP3B-470- R UP3B-680- R UP3B-101- R UP3B- 151-R UP3B-331- R UP4B-R47-R UP4B-1R0- R UP4B-1R5- R UP4B-2R2- R , UP4B- 151-R UP4B-221- R UP4B-331- R UP4B-471- R Inductance µH (rated) 220.0 330.0 470.0 680.0 820.0 1000.0


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PDF 470uH 1000uH UP1B-R47-R
2002 - Not Available

Abstract: No abstract text available
Text: -6R8 UP1B-100 UP1B-150 UP1B-220 UP1B-330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 UP1B-221 UP1B , -330 UP2B-470 UP2B-680 UP2B-820 UP2B-101 UP2B- 151 UP2B-221 UP2B-331 UP2B-471 Inductance µH , -330 UP4B-470 UP4B-680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B-471 Inductance µH (rated) 680.0 , XXX wwllyy R 6.10 Max 4.04 Max SCHEMATIC 1 5.0 Max 4.1 2 0.762 Min 1.9 , UP2B XXX wwllyy R 10.41 Max 9.4 FRONT VIEW 4.22 Ref 6.0 Max 7.3 2 0.762


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PDF 470uH 1000uH
2008 - pm138

Abstract: No abstract text available
Text: seconds max. Part Number UP1B-R47-R UP1B-1R0- R UP1B-1R5- R UP1B-2R2- R UP1B-3R3- R UP1B-4R7- R UP1B-6R8- R UP1B-100- R UP1B-150- R UP1B-220- R UP1B-330- R UP1B-470- R UP1B-680- R UP1B-101- R UP1B-151-R UP1B-221- R , UP2B-150- R UP2B-220- R UP2B-330- R UP2B-470- R UP2B-680- R UP2B-820- R UP2B-101- R UP2B- 151-R , UP3B-470- R UP3B-680- R UP3B-101- R UP3B- 151-R UP3B-331- R UP4B-R47-R UP4B-1R0- R UP4B-1R5- R UP4B-2R2- R , UP4B-101- R UP4B- 151-R UP4B-221- R UP4B-331- R UP4B-471- R Inductance μH (rated) 220.0 330.0


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PDF 2002/95/EC 470uH 1000uH UP2B-470 PM-141 UP3B-100 UP3B-470 UP4B-100 UP4B-470 PM-142 pm138
2004 - UP4B-220

Abstract: UP4B-330
Text: -1R5 UP1B-2R2 UP1B-3R3 UP1B-4R7 UP1B-6R8 UP1B-100 UP1B-150 UP1B-220 UP1B-330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 , -220 UP2B-330 UP2B-470 UP2B-680 UP2B-820 UP2B-101 UP2B- 151 UP2B-221 UP2B-331 UP2B-471 Inductance µH (rated , -470 UP3B-680 UP3B-101 UP3B- 151 UP3B-331 UP4B-R47 UP4B-1R0 UP4B-1R5 UP4B-2R2 UP4B-3R3 UP4B-4R7 UP4B-6R8 UP4B-100 UP4B-150 UP4B-220 UP4B-330 UP4B-470 UP4B-680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B-471 Inductance µH , 8.89 5.08 SCHEMATIC 1 FRONT VIEW 4.04 Max 5.0 Max 6.10 Max UP1B XXX wwllyy R 4.1


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PDF 470uH 1000uH UP1B-R47 UP4B-220 UP4B-330
2005 - up4b151

Abstract: UP1B-1R0 UP4B-220 up4b-151 GY 517 UP3B-330 UP1B220 UP3B-220 UP1B4R7 up4b-1r5
Text: -330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 UP1B-221 UP1B-331 UP2B-R47 UP2B-1R0 UP2B-1R5 UP2B , -820 UP2B-101 UP2B- 151 UP2B-221 UP2B-331 UP2B-471 Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 , -101 UP3B- 151 UP3B-331 UP4B-R47 UP4B-1R0 UP4B-1R5 UP4B-2R2 UP4B-3R3 UP4B-4R7 UP4B-6R8 UP4B-100 UP4B-150 UP4B-220 UP4B-330 UP4B-470 UP4B-680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B , 8.89 8.89 Max 5.08 FRONT VIEW 2.42 Ref UP1B XXX wwllyy R 6.10 Max 4.04 Max


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PDF 470uH 1000uH UP1B-R47 up4b151 UP1B-1R0 UP4B-220 up4b-151 GY 517 UP3B-330 UP1B220 UP3B-220 UP1B4R7 up4b-1r5
2002 - UP3B-220

Abstract: UP4B-220 UP4B-100 UP3B-680 UP3B-330 UP1B220 up4b-1r5
Text: -330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 UP1B-221 UP1B-331 UP2B-R47 UP2B-1R0 UP2B-1R5 UP2B , -820 UP2B-101 UP2B- 151 UP2B-221 UP2B-331 UP2B-471 Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 , -680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B-471 Inductance µH (rated) 680.0 820.0 1000.0 0.47 , 8.89 8.89 Max 5.08 FRONT VIEW 2.42 Ref UP1B XXX wwllyy R 6.10 Max 4.04 Max , TOP VIEW 14.0 SCHEMATIC 13.97 Max 1 6.73 Max UP2B XXX wwllyy R 10.41 Max


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PDF 470uH 1000uH UP1B-R47 UP3B-220 UP4B-220 UP4B-100 UP3B-680 UP3B-330 UP1B220 up4b-1r5
2006 - UP1B-1R0-R

Abstract: UP1B-150-R UP1B-470-R UP1B-151-R UP1B-101-R UP4B-3R3-R UP3B-331-R UP1B-680-R UP1B-2R2-R UP4B-220
Text: UP1B-101- R UP1B-151-R UP1B-221- R UP1B-331- R UP2B-R47-R UP2B-1R0- R UP2B-1R5- R UP2B-2R2- R UP2B-3R3- R , UP2B-101- R UP2B- 151-R Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 , UP3B-330- R UP3B-470- R UP3B-680- R UP3B-101- R UP3B- 151-R UP3B-331- R UP4B-R47-R UP4B-1R0- R UP4B-1R5- R , UP4B-680- R UP4B-101- R UP4B- 151-R UP4B-221- R UP4B-331- R UP4B-471- R Inductance µH (rated) 220.0 , temperature: +260°C max. for 10 seconds max. Part Number UP1B-R47-R UP1B-1R0- R UP1B-1R5- R UP1B-2R2- R


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PDF 2002/95/EC 470uH 1000uH UP1B-1R0-R UP1B-150-R UP1B-470-R UP1B-151-R UP1B-101-R UP4B-3R3-R UP3B-331-R UP1B-680-R UP1B-2R2-R UP4B-220
UP1B-R47

Abstract: UP4B-220
Text: -330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 UP1B-221 UP1B-331 UP2B-R47 UP2B-1R0 UP2B-1R5 UP2B , -820 UP2B-101 UP2B- 151 UP2B-221 UP2B-331 UP2B-471 Inductance µH (rated) 0.47 1.0 1.5 2.2 3.3 , -150 UP4B-220 UP4B-330 UP4B-470 UP4B-680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B-471 Inductance , 8.89 Max 5.08 FRONT VIEW 2.42 Ref UP1B XXX wwllyy R 6.10 Max 4.04 Max , TOP VIEW 14.0 SCHEMATIC 13.97 Max 1 6.73 Max UP2B XXX wwllyy R 10.41 Max


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PDF 470uH 1000uH UP1B-R47 UP4B-220
2005 - UP4B-220

Abstract: No abstract text available
Text: RoHS compliant (- R option) Applications · DC-DC converters on board level and industrial products , -330 UP1B-470 UP1B-680 UP1B-101 UP1B- 151 UP1B-221 UP1B-331 UP2B-R47 UP2B-1R0 UP2B-1R5 UP2B-2R2 UP2B-3R3 UP2B-4R7 UP2B-6R8 UP2B-100 UP2B-150 UP2B-220 UP2B-330 UP2B-470 UP2B-680 UP2B-820 UP2B-101 UP2B- 151 UP2B-221 UP2B , -220 UP3B-330 UP3B-470 UP3B-680 UP3B-101 UP3B- 151 UP3B-331 UP4B-R47 UP4B-1R0 UP4B-1R5 UP4B-2R2 UP4B-3R3 UP4B-4R7 UP4B-6R8 UP4B-100 UP4B-150 UP4B-220 UP4B-330 UP4B-470 UP4B-680 UP4B-101 UP4B- 151 UP4B-221 UP4B-331 UP4B


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PDF 470uH 1000uH UP1B-R47 UP4B-220
2001 - up4b-1r5

Abstract: UP4B-220
Text: -220 22.0 UP2B-330 33.0 UP2B-470 47.0 UP2B-680 68.0 UP2B-820 82.0 UP2B-101 100.0 UP2B- 151 150.0 UP2B


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PDF
CTX5-4

Abstract: sm 0038 ctx12 Coiltronics VP1-0076 VP4-0140 Coiltronics up4-680 CTX2-4p 1052l CTX10-4 UP4-100
Text: -0059 VP3-0047 VP4-0047 VP2-0116 VP2-0083 CTX32CT- 151 CTX150-1 CTX150-3 CTX150-2 CTX150-1P CTX150 , COILTRONICS Coiltronics Inc. PART Number CTX150-4 CTX150-5 UP2- 151 L Total uH (NOM) 150 150 150


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PDF TP1-R47 TP2-R47 TP3-R47 TP4-R47 47-1P 47-2P UP1B-R47 47-3P 47-4P UP2-R47 CTX5-4 sm 0038 ctx12 Coiltronics VP1-0076 VP4-0140 Coiltronics up4-680 CTX2-4p 1052l CTX10-4 UP4-100
2000 - UP3B-150

Abstract: up4b-1r5 UP4B-220
Text: No file text available


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PDF
DVD player circuit diagram with mt 1379

Abstract: PM-129 6R0 972 930 volterra schematic diagram 48V telecom ups schematic diagram UPS pk electronics pm129 diode SG04 AM 5766 diode MARKING CODE sg02
Text: POWER MANAGEMENT Power Management G r o u A leading global brand name in the , FLAT-PACTM 3 Low Profile Inductors Part Number FP3-R10-R FP3-R20-R FP3-R47-R FP3-R68-R FP3-1R0- R FP3-1R5- R FP3-2R0- R FP3-3R3- R FP3-4R7- R FP3-8R2- R FP3-100- R FP3-150- R Rated Inductance µH , Height Inductors (Surface Mount) Part Number FP4-100- R FP4-120- R FP4-150- R FP4-200- R Rated , ) Amperes Peak 64 54 42 30 Irms (4) Amperes Rated Inductance µH 0.090 FP4-090SK- R OCL


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PDF 2002/95/EC 15-SG3 13-SG8 17-SG4 16-SG9 20-SG5 PM-207 DVD player circuit diagram with mt 1379 PM-129 6R0 972 930 volterra schematic diagram 48V telecom ups schematic diagram UPS pk electronics pm129 diode SG04 AM 5766 diode MARKING CODE sg02
DRQ73-100-R

Abstract: No abstract text available
Text: Y Jan-04 01SW04, 01CB04 CHIP INDUCTOR CHIP CTX32CT-100- R Y Y Jan-04 01XX04 COMMON MODE CMS1 CMS1-100- R Y Y Jun-04 26CH04 COMMON MODE CMS2 CMS2-100- R Y Y Jun-04 26CH04 COMMON MODE CMS3 CMS3-100- R Y Y Jun-04 26CH04 COMMON MODE CMT1 CMT1-100- R Y Y Jun-05 26XX05 COMMON MODE CMT2 CMT2-100- R Y Y Jun-05 26XX05 COMMON MODE CMT3 CMT3-100- R Y Y Jun-05 26XX05 COMMON


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PDF CTX210403-R Jan-04 01SW04, 01CB04 CTX110600-R CTX410805-R DRQ73-100-R
2007 - FDV0603

Abstract: iron EI core LDS0705 drum IDCP1813ER pf0552 UP5S sumida iv 19 UNI-PAC 1B 636CY
Text: No file text available


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PDF DR1030 DR1040 DR1050 DR124 DR125 DR127 DRQ73 DRQ74 DRQ125 DRQ127 FDV0603 iron EI core LDS0705 drum IDCP1813ER pf0552 UP5S sumida iv 19 UNI-PAC 1B 636CY
5,5v 473

Abstract: 473 capacitor LMK325BJ106MN 473 5.5v RESISTOR 120K RESISTOR 1210 MOSFET SOT-23 resistor 0805 capacitor 47uF Si2307DS
Text: No file text available


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PDF Si2307DS 140mOhm DO1608C 640mOhm 1846-5e MAX1846 300kHz) LMK325BJ106MN 5,5v 473 473 capacitor LMK325BJ106MN 473 5.5v RESISTOR 120K RESISTOR 1210 MOSFET SOT-23 resistor 0805 capacitor 47uF
2000 - Application Hint 37f

Abstract: MIC39100 470uf B260A CRCW08053601FRT1 MIC4680BM SS26 TPSE227010R0060
Text: No file text available


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PDF MIC4680BM MIC39100-5 TPSE226035R0200 TPSE227010R0060 TPSE477010R0050 Application Hint 37f MIC39100 470uf B260A CRCW08053601FRT1 MIC4680BM SS26 TPSE227010R0060
2000 - SS14 DIODE schottky

Abstract: 470uF 10v TPSE477010R0050 CRCW08051001FRT1 08055C104KAT1A 10uH inductor UP2B-680MC ss14 diode SS14 diode ss14
Text: No file text available


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PDF 15mVp-p MIC4680BM TPSE226035R0200 TPSD227010R0150 TPSE477010R0050 SS14 DIODE schottky 470uF 10v TPSE477010R0050 CRCW08051001FRT1 08055C104KAT1A 10uH inductor UP2B-680MC ss14 diode SS14 diode ss14
2000 - CRCW08053001FRT1

Abstract: CRCW08051001FRT1 241-7876 B140 0855C104 40v schottky UP1B150 1A, 50V D1 SS14 MIC4680BM
Text: No file text available


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PDF MIC4680BM TPSD22701R0150 TPSD226035R0400 08055C103KAT1 CRCW08053001FRT1 CRCW08051001FRT1 241-7876 B140 0855C104 40v schottky UP1B150 1A, 50V D1 SS14 MIC4680BM
1n5b17

Abstract: UP1B-100 30V reference diode MBR0520 MAX1676EVKIT MAX1676EUB MAX1676 MAX1675EUA max1b75 MAX1674EUA
Text: = 2V, FB = out(Vqut = 3.3V), R |_ = Ta = 0°C to +85°C, unless otherwise noted. Typical values are at , Operating Voltage V|N Ta = +25°C 1.1 5.5 V Start-Up Voltage Ta = +25°C, R |_ = 3kQ (Note 1 ) 0.9 1.1 V , (Vqut = 3.3V), R |_ = Ta = 0°C to +85°C, unless otherwise noted. Typical values are at Ta = + 25 , CHARACTERISTICS (continued) (Vbatt= 2V, FB = OUT, R |_ = Ta = -40°C to +85°C, unless otherwise noted.) (Note 4 , GND BATT (MAX1676)"'= r DAMPING SWITCH FB LCW-BATTERY COMPARATOR REFERENCE REF 0.1jiF 47jiF


OCR Scan
PDF MAX1674/MAX1675/MAX1676 674/MAX1 MAX1676 1n5b17 UP1B-100 30V reference diode MBR0520 MAX1676EVKIT MAX1676EUB MAX1675EUA max1b75 MAX1674EUA
2000 - MAX1674EUA

Abstract: MAX1674 MAX1675 MAX1675EUA MAX1676 MAX1676EUB MAX1676EVKIT MBR0520 LQH4N220
Text: EN TRIG Q ONE-SHOT 0.1µF 47µF ZERO CROSSING AMPLIFIER P VIN LX 22µH F/F S R , 1.3V 1 + ( ) ( ) R3 R3 + R7 R4 (VOUT - 1.3V) R 3 R3 - R4 (1.3V) (R2 +


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PDF 200mA MAX1676) 10-Pin MAX1676EVKIT) MAX167ors, MBR0520 MAX1674 MAX1675 MAX1676 MAX1674EUA MAX1674 MAX1675 MAX1675EUA MAX1676 MAX1676EUB MAX1676EVKIT MBR0520 LQH4N220
MSOP-8 PFM light load

Abstract: LQH4N100 CD54-180 HWD20011EUA HWD20011 HWD2001 MBR0520 HWD2001EUA HWD20012EUB HWD20012
Text: VIN LX 22µH F/F S R CLSEL (HWD20012) GND HWD20011 HWD2001 HWD20012 BATT , R7 R4 (VOUT - 1.3V) R 3 R3 - R4 (1.3V) (R2 + R7) WHERE VH IS THE UPPER TRIP LEVEL VL


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PDF 200mA HWD20012) 10-Pin HWD20012EVKIT) HWD20011EUA HWD2001EUA HWD20012EUB MBR0520 HWD20011 MSOP-8 PFM light load LQH4N100 CD54-180 HWD20011EUA HWD20011 HWD2001 MBR0520 HWD2001EUA HWD20012EUB HWD20012
MAX1676

Abstract: No abstract text available
Text: LBI VOUT TRIG Q ONE-SHOT F/F S R N Q MAX1674 MAX1675 MAX1676 CURRENT-LIMIT AMPLIFIER BATT , + VL = 1.3V 1 + ( ) R3 R3 + R7 R4 (VOUT - 1.3V) R 3 R3 - R4 (1.3V) (R2 + R7


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PDF MAX1674/MAX1675/MAX1676 200mA MAX1676) 10-Pin MAX1676EVKIT) 10LUMAX MAX1676
2002 - top 2556 en

Abstract: MAX1674 MAX1674EUA MAX1675 MAX1675EUA MAX1676 MAX1676EUB MAX1676EVKIT MBR0520
Text: EN TRIG Q ONE-SHOT 0.1µF 47µF ZERO CROSSING AMPLIFIER P VIN LX 22µH F/F S R , R4 ( ) (VOUT - 1.3V) R 3 R3 - R4 (1.3V) (R2 + R7) VH = 1.3V 1 + VL = 1.3V


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PDF 200mA MAX1676) 10-Pin MAX1676EVKIT) MAX1674EUA MBR0520 MAX1674 MAX1675 MAX1676 top 2556 en MAX1674 MAX1674EUA MAX1675 MAX1675EUA MAX1676 MAX1676EUB MAX1676EVKIT MBR0520
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