500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Search Stock

Shift+Click on the column header for multi-column sorting 
Part
Manufacturer
Supplier
Stock
Best Price
Price Each
Ordering
Part : 6TPA47M Supplier : SANYO Electric Manufacturer : Bristol Electronics Stock : 275 Best Price : $0.7875 Price Each : $2.10
Part : 6TPA47M Supplier : SANYO Electric Manufacturer : Bristol Electronics Stock : 35 Best Price : $1.3125 Price Each : $2.10
Shipping cost not included. Currency conversions are estimated. 

6TPA47M Datasheet

Part Manufacturer Description PDF Type
6TPA47M Sanyo Semiconductor POSCAP Solid Electrolytic Tantalum Type Chip Capacitor Original
6TPA47M Sanyo Semiconductor Capacitor: 47UF: 6.3: 20%: 6 x 3.2 x 2.8: SMD Original

6TPA47M

Catalog Datasheet MFG & Type PDF Document Tags

10TPA33M

Abstract: 6TPA47M 1200 6TPA47M 4.0 220 0.08 88.0 80 1200 10TPB100M 10.0 100 0.08
SANYO Electronic Components
Original
10TPA33M 10TPA100M 6TPA150M 6TPB150M 4TPB220M 4TPA220M 2R5TPB330M Z/Z20 1000H

6TPA47M

Abstract: 10TPA33M 6TPA47M Rated Voltage V Nominal Capacitance uF Tangent max Leakage current uA max/5min
SANYO Electronic Components
Original
6TPC100M 4TPC150M 10TPC68M TPA 1515 6TPC100M Sanyo 100D3 1000D3 2R5TPC220M

3 phase inverter 120 conduction mode theory

Abstract: wurth 744 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
TPS64200 TPS64201 TPS64202 TPS64203 3 phase inverter 120 conduction mode theory wurth 744 TPS6420x 2A SOT23 TPS64201DBVR SLVS485 TPS6420

PJAI

Abstract: WURTH 744 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
PJAI

SANYO POSCAP

Abstract: GMK325F106 ) 573-4150 C3: AVX TPSV3307010R0060 (207) 282-5111 C10: SANYO POSCAP 6TPA47M (619) 661-6835 C13: SANYO , : AVX TPSV3307010R0060 (207) 282-5111 C10: SANYO POSCAP 6TPA47M (619) 661-6835 C13: SANYO POSCAP
Linear Technology
Original
LTC1736 SANYO POSCAP GMK325F106 design ideas FDS6680A LMK432BJ226MM EEFUE0G181R LTC1735/ LTC1702/LTC1703 LTC1703

10TPA33M

Abstract: 6TPA47M 100kHz 10TPA33M 10.0 33 8.0 33.0 100 1000 6TPA47M 6.3 47 8.0 29.6
SANYO Capacitor Division
Original
TPA Series SANYO TPA SERIES 47C100

WuRTH 744 065 100

Abstract: wurth 744 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , . Capacitors Used in the Application TYPE MANUFACTURER CAPACITANCE ESR VOLTAGE RATING 6TPA47m , mF PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS
Texas Instruments
Original
WuRTH 744 065 100 ZHCS200 TPS64200DBVR SI2301ADS SI2301DS marking 326 SOT23-6 marking 1D SOT23-6

2A SOT23

Abstract: TPS64203 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
SOT23 PMOS C3 SOT-23 VISHAY ZHCS2000

6TPA47M

Abstract: R040 Yuden, LMK325BJ106KN SANYO, 6TPA47M Taiyo Yuden, JMK212BJ475MG MILL-MAX, 2501-2 COILCRAFT, DO1608C
Linear Technology
Original
LTC3801ES6 FDC638P MBRM120L 04025A221KAT2A DO1608C-472 CR05-103JM R040 P-MOSFET CAP 0402 ADC623A 47uF 63v DC623A 1/16W

6TPA47M

Abstract: TPS64203 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
li-ion battery protection sot23-6 744511

marking 326 SOT23-6

Abstract: Si2323 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
Si2323 TPS6104

6TPA47M

Abstract: design ideas ITH/RUN GND 4 5 10k C1: TAIYO YUDEN EMK325BJ106MNT C2: SANYO POSCAP 6TPA47M C3: MURATA
Linear Technology
Original
LTC3700 MBRS130LT3 EMK325BJ106 buck noise con 752 mosfet DC-DC OUT PUT 8V GRM42-6X7R225K016AL UP1B150 3443DV

sumida CDRH

Abstract: 6TPA47M R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
sumida CDRH FDG326P

epcos 800 324 o

Abstract: pjdi "¦ R2 360 kâ"¦ 47 ÂuF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency â' % 1 , PosCap 6TPA47M R2 360 kâ"¦ Figure 1. Basic Application Circuit For a 2-A Step-Down Converter , / 2 A 5 ÂuH MBRM120LT3 R1 620 kâ"¦ Cff 4.7 pF Co 47 mF PosCap 6TPA47M R2 360 kâ , PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS(on) Sense and , "¦ 47 ÂuF PosCap 6TPA47M R2 360 kâ"¦ Figure 21. Application Circuit 18 TPS64200, TPS64201
Texas Instruments
Original
epcos 800 324 o pjdi ISO/TS16949

LTLU MSOP-8

Abstract: LMK325BJ106MN *SANYO POSCAP 6TPA47M â'  VOUT CONNECTED TO VIN FOR 2.65V < VIN < 3.3V VIN = 3.6V 90 , *SANYO POSCAP 6TPA47M VOUT = 2.5V L = 15ÂuH 55 50 0.1 100 1.0 10 OUTPUT CURRENT (mA , * *SUMIDA CD54-150 *TAIYO YUDEN CERAMIC LMK325BJ106MN *SANYO POSCAP 6TPA47M 887k COUT* 47ÂuF , POSCAP 6TPA47M 1877 TA07 RELATED PARTS PART NUMBER DESCRIPTION COMMENTS LTC1174/LTC1174
Linear Technology
Original
LTLU MSOP-8 LTC1877 LTC1504A LTC1622 LTC1626 LTC1627 LTC1701

JMK325BJ106MN

Abstract: capacitor, Sanyo 6TPA47M or 47uF, 16V tantalum capacitor Sprague 594D476X0016C2T 0.1uF ceramic capacitor
Maxim Integrated Products
Original
JMK325BJ106MN MAX1692 CDR63B-100 CD43-100 MAX1692EUB

6TPC100M

Abstract: 10TPA33M Impedance 0.1 1 10 100 Frequency(kHz) 1000 10000 6TPA47M(6.3V-47uF) SIZE : C L W H
SANYO Electronic Components
Original
10WV TANTALUM capacitor ESR vs frequency 100KH

CR32-220

Abstract: MAX1795 EUA LIMIT) Sumida CDRH6D28-220, 22uH Inductor Coilcraft DS3316P-223, 22uH Sanyo POSCAP 6TPA47M, 47uF AVX TPSD476M016R0150, 47uF Taiyo Yuden UMK316BI150KH, 0.1uF Coilcraft DS1608C-223, 22uH Sanyo POSCAP 6TPA47M, 47uF AVX , -103, 10uH Input Capacitor Sanyo POSCAP 6TPA47M, 47uF AVX TPSD106M016R0150, 10uF Taiyo Yuden UMK316BI150KH
Maxim Integrated Products
Original
CR32-220 MAX1795 EUA OF IC 317 eua toc12 TPSD226M016R0150 MAX1795/MAX1796/MAX1797 MAX1795 MAX1796 MAX1797 DS1608C-103

PJAI

Abstract: pjci R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
pjci SOT23-6 PMOS epcos b45197a CHARGE LI-LON CDRH103R100
Abstract: 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A Texas Instruments
Original

74451

Abstract: SOT-23 mosfet marking LPW 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
74451 SOT-23 mosfet marking LPW

wurth 744

Abstract: "CFF" 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
Abstract: "¦ R2 360 kâ"¦ 47 ÂuF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency â' % 1 , PosCap 6TPA47M R2 360 kâ"¦ Figure 1. Basic Application Circuit For a 2-A Step-Down Converter , / 2 A 5 ÂuH MBRM120LT3 R1 620 kâ"¦ Cff 4.7 pF Co 47 mF PosCap 6TPA47M R2 360 kâ , PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS(on) Sense and , "¦ 47 ÂuF PosCap 6TPA47M R2 360 kâ"¦ Figure 21. Application Circuit 18 TPS64200, TPS64201 Texas Instruments
Original

6TPA47M

Abstract: TPS64203DBV R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
TPS64203DBV

6TPA47M

Abstract: TPS6420x R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original

ZETEX marking 056 SOT23

Abstract: 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
ZETEX marking 056 SOT23

6TPA47M

Abstract: TPS64203 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original

Li-ion battery SOT23-6 5v

Abstract: 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
Li-ion battery SOT23-6 5v

SOT23-6 PMOS

Abstract: li-ion battery protection sot23-6 R2 360 k 47 uF PosCap 6TPA47M VI = 4.2 V 70 3.3 V / 2 A Efficiency - % 1 60 , 4 VO 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF Co 47 uF PosCap 6TPA47M R2 360 k , PosCap 6TPA47M R2 360 k Figure 19. Application For a Li-Ion to 3.3-V / 2-A Conversion The , Co 47 mF PosCap 6TPA47M Figure 20. Application For a Li-Ion to 3.3-V / 2-A Conversion Using rDS , CDRH4D18-100 4 10 uH MBR0530T1 3.3 V / 0.5 A R1 620 k 47 uF PosCap 6TPA47M R2 360 k
Texas Instruments
Original
3 phase inverter 180 conduction mode theory Snubber circuits theory, design and application RC snubber diode SOT23-6 MARKING 56 marking r2 SOT23-6 MOSFET Li-ion battery SOT23-6

705C rectifier

Abstract: SOT-23 mosfet marking LPW 1 2 3 EN GND SW VIN 6 5 4 R1 620 k 47 uF PosCap 6TPA47M Si5447DC 10 uH 3.3 V / 2 A Rs = 33 m 100 , VIN 6 5 CDRH 103R- 100 4 10 uH MBRM120LT3 R1 620 k Cff 4.7 pF VO Co 47 uF PosCap 6TPA47M Si5447DC , -5R0 5 uH MBRM120LT3 R1 620 k Cff 4.7 pF 3.3 V / 2 A Co 47 mF PosCap 6TPA47M Si5475DC FB ISENSE R2 , 47 mF PosCap 6TPA47M MBRM120LT3 C3 470 pF R2 360 k Figure 20. Application For a Li-Ion to , SW VIN 6 5 4 CDRH4D18-100 10 uH MBR0530T1 R1 620 k 47 uF PosCap 6TPA47M R2 360 k 3.3 V / 0.5 A
Texas Instruments
Original
705C rectifier
Showing first 20 results.