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Part Manufacturer Description Datasheet Download Buy Part
CC1020RSSG4 Texas Instruments Single-Chip FSK/OOK CMOS RF Transceiver for Narrowband Apps in 402-470 and 804-940 MHz Range 32-QFN -40 to 85
CC1020RSSR Texas Instruments Single-Chip FSK/OOK CMOS RF Transceiver for Narrowband Apps in 402-470 and 804-940 MHz Range 32-QFN -40 to 85
CC1020RSST Texas Instruments Single-Chip FSK/OOK CMOS RF Transceiver for Narrowband Apps in 402-470 and 804-940 MHz Range 32-QFN -40 to 85
PGA411QPAPRQ1 Texas Instruments Resolver-to-digital converter with integrated exciter amplifier and power supply 64-HTQFP -40 to 125
DSPIC33FJ128GP306AT-I/MR Microchip Technology Inc IC DSPIC MCU/DSP 128K 64-QFN
DSPIC33FJ64MC510A-E/PF Microchip Technology Inc IC DSPIC MCU/DSP 64K 100-TQFP
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Eaton Corporation
UP4B-470-R Ind Power Wirewound 47uH 20% 100KHz Ferrite 3.1A T/R - Tape and Reel (Alt: UP4B-470-R) UP4B-470-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Avnet (2) UP4B-470-R Reel 0 11 Weeks 275 - - - $1.30621 $1.2033 Buy Now
UP4B-470-R Reel 0 15 Weeks, 1 Days 275 - - - €1.55574 €1.33349 Buy Now
Coiltronics
UP4B-470-R INDUCTOR, UN-SHIELDED, 47UH, 5.2A, SMD; Inductance:47µH; RMS Current (Irms):3.1A; Inductor Construction:Unshielded; Saturation Current (Isat):5.2A; Product Range:UNI-PAC UP4B Series; Power Inductor Case:22.1mm x 15mm x 7.87mm RoHS Compliant: Yes UP4B-470-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Newark element14 (2) UP4B-470-R 0 275 - - - - - Buy Now
UP4B-470-R Cut Tape 0 1 $2.94 $2.41 $1.81 $1.42 $1.27 Buy Now
Onlinecomponents.com UP4B-470-R 455 - - $1.58 $1.39 $1.39 Buy Now
element14 Asia-Pacific (2) UP4B-470-R 0 1 $5.01 $4.6 $3.01 $3.01 $3.01 Buy Now
UP4B-470-R 30 1 $5.01 $4.6 $3.01 $3.01 $3.01 Buy Now
Farnell element14 (2) UP4B-470-R 140 1 £3.5 £2.33 £1.69 £1.31 £1.22 Buy Now
UP4B-470-R 0 1 £3.5 £2.33 £1.69 £1.31 £1.22 Buy Now
Master Electronics UP4B-470-R 455 10 Weeks - - $1.58 $1.39 $1.21 Buy Now
Eaton Bussmann
UP4B-470-R UP4B-470-R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Bristol Electronics UP4B-470-R 105 4 - $1.65 $1.0312 $1.0312 $1.0312 Buy Now
Sager UP4B-470-R 0 275 - - - $1.26 $1.18 Buy Now
Cooper Industries
UP4B470R UP4B470R ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000 Buy
Bristol Electronics UP4B470R 187 - - - - - Buy Now

UP4B-470-R datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
UP4B-470-R UP4B-470-R ECAD Model Cooper Bussmann Fixed Inductors, Inductors, Coils, Chokes, INDUCTOR POWER 47UH 3.1A SMD Original PDF

UP4B-470-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: 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-3R3- R UP4B-4R7- R UP4B-6R8- R UP4B-100- R UP4B-150- R UP4B-220- R UP4B-330- R UP4B-470-R UP4B-680- R , temperature: +260°C max. for 10 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 , UP2B-4R7- R UP2B-6R8- R UP2B-100- R UP2B-150- R UP2B-220- R UP2B-330- R UP2B- 470-R UP2B-680- R UP2B-820- 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
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-2R2 UP2B-3R3 UP2B-4R7 UP2B-6R8 UP2B-100 UP2B-150 UP2B-220 UP2B-330 UP2B- 470 UP2B-680 UP2B , 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 330.0 470.0 OCL(1) µH , -2R2 UP3B-3R3 UP3B-4R7 UP3B-6R8 UP3B-100 UP3B-150 UP3B-220 UP3B-330 UP3B- 470 UP3B-680 UP3B


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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
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 , -220 UP2B-330 UP2B- 470 UP2B-680 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 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 330.0 470.0 OCL(1) µH±20% 0.569 1.20 1.61 , -102 UP3B-R47 UP3B-1R0 UP3B-1R5 UP3B-2R2 UP3B-3R3 UP3B-4R7 UP3B-6R8 UP3B-100 UP3B-150 UP3B-220 UP3B-330 UP3B- 470


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PDF 470uH 1000uH UP1B-R47 UP4B-220 UP4B-330
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 (rated) 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 , -3R3 UP3B-4R7 UP3B-6R8 UP3B-100 UP3B-150 UP3B-220 UP3B-330 UP3B- 470 UP3B-680 UP3B-101 UP3B


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PDF 470uH 1000uH
2008 - pm138

Abstract: No abstract text available
Text: 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-3R3- R UP4B-4R7- R UP4B-6R8- R UP4B-100- R UP4B-150- R UP4B-220- R UP4B-330- R UP4B-470-R UP4B-680- R , 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


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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
2006 - Not Available

Abstract: No abstract text available
Text: 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-3R3- R UP4B-4R7- R UP4B-6R8- R UP4B-100- R UP4B-150- R UP4B-220- R UP4B-330- R UP4B-470-R UP4B-680- R UP4B-101- R , 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-2R2- R UP2B-3R3- R UP2B-4R7- R UP2B-6R8- R UP2B-100- R UP2B-150- R UP2B-220- R UP2B-330- R UP2B- 470-R UP2B-680- R


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PDF 470uH 1000uH UP1B-R47-R
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-2R2 UP2B-3R3 UP2B-4R7 UP2B-6R8 UP2B-100 UP2B-150 UP2B-220 UP2B-330 UP2B- 470 UP2B-680 UP2B , 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 330.0 470.0 OCL(1) µH , -100 UP3B-150 UP3B-220 UP3B-330 UP3B- 470 UP3B-680 UP3B-101 UP3B-331 UP4B-R47 UP4B-1R0 UP4B


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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: 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-3R3- R UP4B-4R7- R UP4B-6R8- R UP4B-100- R UP4B-150- R UP4B-220- R UP4B-330- R UP4B-470-R , temperature: +260°C max. for 10 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 , UP2B-4R7- R UP2B-6R8- R UP2B-100- R UP2B-150- R UP2B-220- R UP2B-330- R UP2B- 470-R UP2B-680- R UP2B-820- 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
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-331 UP2B-471 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 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 330.0


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PDF 470uH 1000uH UP1B-R47 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-2R2 UP2B-3R3 UP2B-4R7 UP2B-6R8 UP2B-100 UP2B-150 UP2B-220 UP2B-330 UP2B- 470 UP2B-680 UP2B , 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 0.47 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 82.0 100.0 150.0 220.0 330.0 470.0 OCL(1) µH , -2R2 UP3B-3R3 UP3B-4R7 UP3B-6R8 UP3B-100 UP3B-150 UP3B-220 UP3B-330 UP3B- 470 UP3B-680 UP3B


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

Abstract: UP4B-220
Text: UP1B-R47 UP1B-1R0 UP1B-1R5 UP1B-2R2 UP1B-3R3 UP1B-4R7 UP1B-6R8 UP1B-100 UP1B-150 UP1B-220 UP1B-330 UP1B- 470 , 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 OCL(1) µH±20% 0.569 1.20 1.61 2.62 3.79 5.15 , or m Watt-Seconds 100.0 UP1B- 470 Typical Inductance & Energy vs Saturation Current 10.0 , -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 , UP2B- 470 Typical yp Inductance & Energy gy vs Saturation Current 10.0 PACKAGING INFORMATION


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PDF
Not Available

Abstract: No abstract text available
Text: IVidcom Drum Core Inductor Cross Reference M ID C O M C O IL C R A F T C O IL T R O N IC S DHC-7328-R47R DO5022P-471HC UP4B-R47 DHC-7328-R82R DO5022P-781HC UP4B-1R0 DHC , C R A F T DUS-7328-1R0R D05022P-102 DUS-7328-2R2R DO5022P-222 DUS , -7328-102R D05022P-105 C O IL T R O N IC S DUW-5523-R47R UP2B-R47 DUW-5523-1R0R UP2B-1R0 DUW , -5523-330R UP2B-330 DUW-5523-470R UP2B- 470 DUW-5523-680R UP2B-680 DUW-5523-101R PULSE UP2B


OCR Scan
PDF DHC-7328-R47R DO5022P-471HC UP4B-R47 DHC-7328-R82R DO5022P-781HC DHC-7328-1R5R DO5022P-152HC DHC-7328-2R2R DO5022P-222HC DHC-7328-3R3R
2000 - UP3B-150

Abstract: up4b-1r5 UP4B-220
Text: -6R8 UP1B-100 UP1B-150 UP1B-220 UP1B-330 UP1B- 470 UP1B-680 UP1B-101 Notes: (1) (2) (3) (4) UP1B-1R0 7.7 , Number 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 47.0 68.0 100.0 OCL(1 , Energy 1 2 6.10 max. CONNECTION DIAGRAM 1 m Henries or m Watt-Seconds 100.0 UP1B- 470 , -150 UP2B-220 UP2B-330 UP2B- 470 UP2B-680 UP2B-101 Notes: (1) (2) (3) (4) 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 47.0 68.0 100.0 OCL(1) µH±20% 0.595 1.00 1.46 2.39 3.23


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PDF
8330

Abstract: Boca Semiconductor UNIPAC UP4T221
Text: CUSTOMER INFORMATION UniPac4T (UP4T) Family Table Part Number Rated Inductance (µH) µ UP4T-R47 UP4T-1R0 UP4T-1R5 UP4T-2R2 UP4T-3R3 UP4T-4R7 UP4T-6R8 UP4T-100 UP4T-150 UP4T-220 UP4T-330 UP4T- 470 UP4T-680 UP4B-101 UP4T-151 UP4T-221 UP4T-331 UP4T-471 . 470 1.0 1.5 2.2 3.3 4.7 6.8 10.0 15.0 22.0 33.0 47.0 68.0 100.0 150.0 220.0 330.0 470.0 OCL nominal +/-20% (µH , characters = Product code and size. Last 3 characters = Inductance in µH. R=decimal point. If no R is


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PDF UP4T-R47 UP4T-100 UP4T-150 UP4T-220 UP4T-330 UP4T-470 UP4T-680 UP4B-101 UP4T-151 UP4T-221 8330 Boca Semiconductor UNIPAC UP4T221
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
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 , 0.440 0.900 3.310 4.7 10.0 0.20 47.0 47.0 0.200 10.000 0.200 15.0 0.120 0.480 0.120 , 1199.0 100.0 1210.0 300.0 47.0 various various various various various multiple multiple , 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


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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
2002 - dale r025f

Abstract: Dale R015F resistor WSL-2512-R015-F Dale R015F MIC4452BM B130 transistors r020f 16v 150uF tantalum capacitor liteon inverter vishay sprague ceramic cap
Text: 0.015 R2a 0.010 C7 470µF 6.3V R13 10k R4 10k C8 470 µF 6.3V GND C12 0.1µF


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PDF MIC2182 MIC2182 015-F MIC2182BM MIC4452BM M-0283 dale r025f Dale R015F resistor WSL-2512-R015-F Dale R015F MIC4452BM B130 transistors r020f 16v 150uF tantalum capacitor liteon inverter vishay sprague ceramic cap
2001 - jp1e

Abstract: MIC4576BT schematic 12v 3a power supply 24v to 12V 3A converter LM2576 63MV680AX 16MV1000AX 24v to 5V 2A SW regulator VJ0805Y104KXXMB MIC4576 533402B02552
Text: No file text available


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PDF MIC4576 200kHz CCF-55 533402B02552 MIC4576BT jp1e MIC4576BT schematic 12v 3a power supply 24v to 12V 3A converter LM2576 63MV680AX 16MV1000AX 24v to 5V 2A SW regulator VJ0805Y104KXXMB 533402B02552
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
circuit diagram of .5 watt led driver for 12v dc

Abstract: yageo 746 SMT DIODE SOD123 3watt led circuit smd2010 Diodes Inc. FMMT2907A JST SOT-23 HV9930 1N4148 sod123 B220-13
Text: No file text available


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PDF HV9930DB2 HV9930DB2 HV9930 750mA 135kHz SMD0805 9C08052A1002FKHFT SMD1206 9C12063A1R28FGHFT circuit diagram of .5 watt led driver for 12v dc yageo 746 SMT DIODE SOD123 3watt led circuit smd2010 Diodes Inc. FMMT2907A JST SOT-23 1N4148 sod123 B220-13
2002 - 10000 watt stabilizer transformer winding formula

Abstract: BUSS SR-5 T3.15A 250V mini project using microcontroller toy car OC-106 94V0 C Buss SR-5 T2A 250v T2A 250v BUSS SS-5 PCF 7953 T2A 250v SS-5 OC106 T2A 250v BUSS
Text: www.cooperbussmann.com or contact customer service at 888-414-2645. I Circuit Protection G r o u , protection using state of the art process and material technologies. III Power Management G r , packaging for pick-and-place utilization. V Power Management G r o u p The Cooper


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PDF CB-5010 10000 watt stabilizer transformer winding formula BUSS SR-5 T3.15A 250V mini project using microcontroller toy car OC-106 94V0 C Buss SR-5 T2A 250v T2A 250v BUSS SS-5 PCF 7953 T2A 250v SS-5 OC106 T2A 250v BUSS
2001 - GRM40cog221j50

Abstract: SLVA034A GRM40X7R224K16 TL5001 TL5002 UC3886 UNITRODE Power Supply Design seminar book 222 CAPACITOR SEM120 GRM40X7R105K16
Text: 470 µ F 16 V L1 1 uH + Note: When VI = 3.6 V 10 V, JP1 = Short When VI = 10 V ­ 15 V, JP1 , , Aluminum, 470 µF, 16 V, 170 m, 20% E7 Nichicon C2, C4, C5, C7, C8, C21 6 EMK325BJ106MN , 2.2.2 + 0.05 Inductor Value VO ) IO(max) r ds(max) DI O (sw) Io + 0.1 , 2­16, the R and C values that set the zero and pole frequencies at the desired points are determined


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PDF TL5002EVM-180 TL5002 SLVU044 SLVP180C. GRM40cog221j50 SLVA034A GRM40X7R224K16 TL5001 TL5002 UC3886 UNITRODE Power Supply Design seminar book 222 CAPACITOR SEM120 GRM40X7R105K16
1998 - inverter panasonic

Abstract: digi-key CP-002A-ND UP4B-220 20 pIn duAL ROW DIGIKEY ECUV1H330JCG XTAL 4MHz LM78L05ACMND PCT6105CTND picref-5
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PDF DS30XXXA-page ECST1CY225R T491D106K0 TC74ACT14FN LML05 LM78L05ACMND LTC1479CG PIC16C73A04/P inverter panasonic digi-key CP-002A-ND UP4B-220 20 pIn duAL ROW DIGIKEY ECUV1H330JCG XTAL 4MHz LM78L05ACMND PCT6105CTND picref-5
2002 - MMSD914LT1

Abstract: 2A 5v ZENER DIODE MMSD914LT electrolytic capacitor 1uF 25v POLY AVX smd inductors .33uH 20A C-THCR60 48V to 12V buck boost converter nec 2501 EMK212BJ105ZG MMSD914L
Text: COILTRONICS, UP3B-330 COILTRONICS, UP4B- 470 DIODES INC., MMBT2222A-7 (OPT) AAC, CR16-332JM AAC, CR16


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PDF 200KHZ LT3430 200kHz, LT3430. LT3430 TSSOPFE16 06033A221KAT1A 0603YC223KAT1A THCR60E2A475ZT MMSD914LT1 2A 5v ZENER DIODE MMSD914LT electrolytic capacitor 1uF 25v POLY AVX smd inductors .33uH 20A C-THCR60 48V to 12V buck boost converter nec 2501 EMK212BJ105ZG MMSD914L
1999 - ac power adapter for notebook schematic

Abstract: SMD 5 PIN CODE G7
Text: 00 0 10 0 1 00 0 R esistance [kO hm ] Table 3. G5-G6 - Disable Protection using the , C urren t R ipple [A ] V IN =5 V 4 L = 1 .5 u H 2 L = 2 .2 u H L =3 .3 u H 0 .8 , sense resistance using the following formula: VLIM IL I L IM = - ­ - R sen se , copper trace. The resistance value is calculated by the following equation: 1 - R = -hw , typically 1%. About the temperature effect the increase of the resistance value must be considered: R (T) =


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PDF AN1141 L5995 L5996 L5995-L5996 L5995 L5995-6 TQFP32 ac power adapter for notebook schematic SMD 5 PIN CODE G7
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