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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
3631B221KT (1625812-6) TE Connectivity (1625812-6) 3631B 220UH 10%
3613C221K (1624094-9) TE Connectivity (1624094-9) 3613C 220UH 10%
3624H221KT (8-1676961-9) TE Connectivity (8-1676961-9) 3624H 220UH 10%
3621E221KT (4-1624121-4) TE Connectivity (4-1624121-4) 3621E 220UH 10%
3615A221K (1624097-6) TE Connectivity (1624097-6) 3615A-10-3541-10 220UH
3631B221LL (1625812-7) TE Connectivity (1625812-7) 3631B 220UH 15% FIO

220UH 5A Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2003 - el0606ra-101J

Abstract: el0606ra EL0606RA-221J el0606 EL0606RA-3R3J EL0606RA-100J EL0606RA-150J EL0606RA-820J EL0606RA-102J EL0606RA-470J
Text: Test circuit L=0.1H C=20000µF A 5A Specimen DC 4 3 L /L (%) 0.22µH 1800µH Inductance (µH) 1000 500 820µH ­20 330µH 2200µH 220µH 680µH 100 39µH 0 2 1 20 680µH 220µH 40 60 80 2200µH Temperature (°C) ­1 82µH 50 6.8µH 68µH 22µH 0.68µH ­2


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PDF el0606 500kHz 100kHz YHP4275A YHP4340A el0606ra-101J el0606ra EL0606RA-221J EL0606RA-3R3J EL0606RA-100J EL0606RA-150J EL0606RA-820J EL0606RA-102J EL0606RA-470J
2001 - 1N4148

Abstract: BAS20W BAV20WS GRM42-6 MIC4827 MIC4827BMM
Text: 220µH CIN 10µF MIC4827 3 4 VDD SW RSW CS REL VA GND VB VA (50V , 220µH CIN 10µF MIC4827 1 562k 2 3.32M 3 4 September 2001 D1 1N4148 COUT , RSW = 332k D = BAV20WS 10 Lamp = L = 220µH COUT = 0.1µF 1 2 3 4 5 INPUT VOLTAGE (V , RSW = 332k REL = 3.32M VIN = 4.0V Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV20WS 30 -40 , Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV20WS 40 20 EL Frequency vs. Input Voltage RSW =


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PDF MIC4827 180VPP MIC4827 1N4148 BAS20W BAV20WS GRM42-6 MIC4827BMM
2001 - GRM40X7R103K100

Abstract: No abstract text available
Text: (50V/div) VB (50V/div) CIN 10µF MIC4826 COUT 0.01µF/100V VA (50V/div) VIN L1 220µH , current going into pin 1, 5, and 6 when the device is disabled. Test Circuit VIN L1 220µH D1 1N4148 , 20 VIN = 3.0V 15 2 Lamp = 2in 10 R = 332k SW L = 220µH D = BAV19WS 5 REL = 3.32M COUT = 0.1µF 0 -40 , ­VB (VPP) 140 120 100 R = 332k SW 80 REL = 3.32M 60 40 20 0 1 Lamp = 2in2 L = 220µH D = BAV19WS COUT , = 332k SW R = 3.32M EL Lamp = 2in2 L = 220µH D = BAV19WS COUT = 0.1µF 1 2 3 4 5 INPUT VOLTAGE


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PDF MIC4826 160VPP MIC4826 GRM40X7R103K100
2001 - 332M capacitor

Abstract: INDUCTOR 220uH 220uh grm40x7r103k MIC4826BMM MIC4826 GRM40 grm39 BAV19WS MIC4826YMM
Text: /div) 1 442k VIN = 3.0V L = 220µH COUT = 0.01µF Lamp = 2in2 RSW = 332k REL = 3.32M VB (50V/div) CIN 10µF D1 BAV19WS VA (50V/div) L1 220µH VIN 2in2 EL LAMP TIME (2ms , 1, 5, and 6 when the device is disabled. Test Circuit L1 220µH VIN D1 BAV19WS COUT , Micrel Typical Characteristics 15 10 R = 332k SW R = 3.32M EL Lamp = 2in2 L = 220µH D , 220µH COUT = 0.01µF 2 3 4 5 INPUT VOLTAGE (V) 6 Switching Frequency vs. Switch Resistor


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PDF MIC4826 160VPP MIC4826 332M capacitor INDUCTOR 220uH 220uh grm40x7r103k MIC4826BMM GRM40 grm39 BAV19WS MIC4826YMM
2001 - Not Available

Abstract: No abstract text available
Text: 220µH D1 1N4148 MIC4827 MIC4827 Micrel Pin Configuration VDD 1 RSW 2 REL 3 GND 4 8 VA 7 , pin 1, 5, and 6 when the device is disabled. Test Circuit VIN CIN 10µF 1 L1 220µH D1 1N4148 , 140 120 100 80 RSW = 332k 60 REL = 3.32M 40 20 0 0 RSW = 562k REL = 1M Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV20WS 6 R = 442k SW REL = 2M V IN = 3.0V Lamp = 2in2 L = 220µH COUT = 0.1µF D , 0 -40 -20 0 20 40 60 80 100 TEMPERATURE (°C) Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV20WS 1


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PDF MIC4827 180VPP MIC4827 creatin043
1999 - el0606ra

Abstract: el0606 EL0606RA-221J EL0606RA-470J EL0606RA-102J EL0305RA EL0909 EL0607 EL0405RA EL0405
Text: LCR meter 10000 Test circuit L=0.1H C=20000µF A 5A Specimen DC 4 3 L /L (%) 0.22µH 1800µH Inductance (µH) 1000 500 820µH ­20 330µH 2200µH 220µH 680µH 100 39µH 0 2 1 20 680µH 220µH 40 60 80 2200µH Temperature (°C) ­1 82µH 50 6.8µH 68µH


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PDF EL0606 EL0606 EL030 YHP4340A el0606ra EL0606RA-221J EL0606RA-470J EL0606RA-102J EL0305RA EL0909 EL0607 EL0405RA EL0405
2004 - 1N4148 75V 150mA Diodes

Abstract: 1n4148 0805 GRM40X7R103K100 1N4148 BAV19WS GRM40X7R103K50 GRM40 MIC4826 MIC4826BMM MIC4826YMM
Text: 1N4148 VA (50V/div) L1 220µH VIN 2in2 EL LAMP TIME (2ms/div) High Voltage EL Driver , the sum of current going into pin 1, 5, and 6 when the device is disabled. Test Circuit L1 220µH , RSW = 332k REL = 3.32M Lamp = 2in2 L = 220µH D = BAV19WS C = 0.1µF OUT 1 2 3 4 5 INPUT VOLTAGE (V) 6 25 20 VIN = 3.0V 15 Lamp = 2in2 10 R = 332k SW L = 220µH D = BAV19WS 5 REL = , ) SWITCHING FREQUENCY (Hz) RSW = 442k RSW = 562k 20 Lamp = 2in2 L = 220µH COUT = 0.1µF D =


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PDF MIC4826 160VPP MIC4826 1N4148 75V 150mA Diodes 1n4148 0805 GRM40X7R103K100 1N4148 BAV19WS GRM40X7R103K50 GRM40 MIC4826BMM MIC4826YMM
2001 - 1N4148

Abstract: BAV19WS BAV20WS GRM40 MCL4148 MIC4826 MIC4826BMM
Text: /div) L1 220µH VIN 2in2 EL LAMP TIME (2ms/div) High Voltage EL Driver Micrel, Inc. · , into pin 1, 5, and 6 when the device is disabled. Test Circuit L1 220µH VIN D1 1N4148 COUT , Lamp = 2in2 L = 220µH D = BAV19WS C = 0.1µF OUT 1 2 3 4 5 INPUT VOLTAGE (V) 6 25 20 VIN = 3.0V 15 Lamp = 2in2 10 R = 332k SW L = 220µH D = BAV19WS 5 REL = 3.32M COUT = 0.1µF 0 , ) RSW = 442k RSW = 562k 20 Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV19WS 1000 100 10


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PDF MIC4826 160VPP MIC4826 1N4148 BAV19WS BAV20WS GRM40 MCL4148 MIC4826BMM
CSS127P

Abstract: CSS127P-680M CSS127P-470M CSS127P-221M
Text: SMD POWER CHOKE CSS127P ft.QMAX, 12.0 2.8 7.0 2,8 ^ Inductance drop less than 25% at rated current CSS127P-152M Inductance drop less than 10% UNIT: mm PART NO. MARK INDUCTANCE TEST FREQ. D.C.R ( at 2010) Max. (Q) RATED CURRENT (A) « CSS127P-1R2N 1R2 1. 2uH+40%-20% lOOKHz 0.0070 9.80 CSS127P-2R4N 2R4 2. 4uFM0%-20% lOOKHz 0.0115 8.00 CSS127P-3R5N 3R5 3. 5uH+40%-20% lOOKHz 0.0135 7.50 CSS127P-4R7N 4R7 4 , 180uH+ 20% lKHz 0.35 1.30 CSS127P-221M 221 220uH + 20% lKHz 0.39 1.16 CSS127P-271M 271 270uH+ 20% lKHz


OCR Scan
PDF CSS127P CSS127P-152M CSS127P-1R2N CSS127P-2R4N CSS127P-3R5N CSS127P-4R7N CSS127P-6R1N CSS127P-7R6N CSS127P-100M CSS127P-120M CSS127P-680M CSS127P-470M CSS127P-221M
INDUCTOR 220uH

Abstract: converter diagram 220UH PFM Step-up DC/DC Converter schematic diagram of laptop motherboard 1N5819 CR-F33T
Text: CONVERTER APPLICATION 1N5819 1N5819 VDD FB EN 100uF 220uH 220uH VDD VIN 100uF , 60 70 80 90 100 90 100 Iload (mA) Iload(mA) L= 220uH ; C=100uF 4 90 , Iload < 10 220uH 220uH 10 < Iload < 20 150uH 220uH 20 < Iload < 30 47uH 220uH , 100uF 220uH VIN CR-F33-P LX VSSA VSS -


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PDF CR-F33T CR-F33T 150KHz 220uH 150uH INDUCTOR 220uH converter diagram 220UH PFM Step-up DC/DC Converter schematic diagram of laptop motherboard 1N5819
2001 - mosfet driver to drive 50V VDD mosfet

Abstract: 220uh 1N4148 BAS20W BAV20WS GRM42-6 MIC4827 MIC4827BMM LQ32
Text: Ambient Temp. Range Package MIC4827BMM ­40°C to +85°C MSOP-8 VIN L1 220µH CIN 10µF , , 5, and 6 when the device is disabled. Test Circuit VIN L1 220µH CIN 10µF MIC4827 1 , 3.0V 80 Lamp = 2in2 60 L = 220µH 40 COUT = 0.1µF 20 D = BAV20WS 0 -40 -20 0 20 40 60 80 100 , 60 RSW = 442k REL = 2M RSW = 332k REL = 3.32M VIN = 4.0V Lamp = 2in2 L = 220µH COUT = , 350 RSW = 332k Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV20WS 40 EL Frequency vs


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PDF MIC4827 180VPP 6/01-B MIC4827 mosfet driver to drive 50V VDD mosfet 220uh 1N4148 BAS20W BAV20WS GRM42-6 MIC4827BMM LQ32
1N4148

Abstract: BAV19WS BAV20WS GRM40 MIC4826 MIC4826BMM MIC4826YMM 1N4148 75V 150mA Diodes
Text: 1N4148 VA (50V/div) L1 220µH VIN 2in2 EL LAMP TIME (2ms/div) High Voltage EL Driver , the sum of current going into pin 1, 5, and 6 when the device is disabled. Test Circuit L1 220µH , RSW = 332k REL = 3.32M Lamp = 2in2 L = 220µH D = BAV19WS C = 0.1µF OUT 1 2 3 4 5 INPUT VOLTAGE (V) 6 25 20 VIN = 3.0V 15 Lamp = 2in2 10 R = 332k SW L = 220µH D = BAV19WS 5 REL = , ) SWITCHING FREQUENCY (Hz) RSW = 442k RSW = 562k 20 Lamp = 2in2 L = 220µH COUT = 0.1µF D =


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PDF MIC4826 160VPP MIC4826 160VPP 100Hz 1N4148 BAV19WS BAV20WS GRM40 MIC4826BMM MIC4826YMM 1N4148 75V 150mA Diodes
220uH

Abstract: tinning winding wire high current RH20 VC0513 VC1019 39uh 100uH
Text: Amp 2.20µH ~ 10µH @ 2 Amps 2.20µH ~ 6.8µH @ 4 Amps 3.9µH ~ 100µH @ 1.5 Amp* 2.20µH ~ 6.8µH @ 5 Amps 2.20µH ~ 6.8µH @ 6 Amps 2.20µH ~ 15µH @ 3 Amps 2.20µH ~ 10µH @ 6 Amps 2.20µH ~ 15µH @ 6 Amps


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PDF 1000pcs) VC0513 VC1019 220uH tinning winding wire high current RH20 39uh 100uH
2006 - IF transformers 10.7 mhz

Abstract: INDUCTORS 30 uh 20a
Text: 10µH 27µH 50µH 68µH 100µH 150µH 3A 3A 3A 3A 3A 3A 3A 5A 5A 5A 5A 5A 5A 5A .015 .018 .035 .050 .065 .075 , 10uH 10uH 15uH 15uH 22uH 22uH 22uH 27uH 33uH 47uH 47uH 47uH 82uH 100uH 100uH 150uH 150uH 220uH 270uH 390uH 390uH I SAT & I RMS (Amps) 10A 25A 10A 3A 5A 10A 20A 3A 5A 10A 20A 3A 10A 3A 5A 10A 5A 12A 3A 5A 10A 3A 3A 5A 3A 5A 3A 10A 3A 5A DCR Max. (ohm) .003 .002 .005 .021 .012 .012 .004 .023 .017


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PDF FA081A GF-061. IF transformers 10.7 mhz INDUCTORS 30 uh 20a
2006 - Inductors

Abstract: induct coils IF transformers 10.7 mhz CV-SERIES smd inductors 4.7uH 20A smd inductors .33uH 20A 100uH 5A 50uh 100uH
Text: 47uH 82uH 100uH 100uH 150uH 150uH 220uH 270uH 390uH 390uH 10A 25A 10A 3A 5A 10A 20A 3A 5A 10A 20A 3A 10A 3A 5A 10A 5A 12A 3A 5A 10A 3A 3A 5A 3A 5A 3A 10A 3A 5A , 50µH 100µH 150µH 270µH 5µH 10µH 27µH 50µH 68µH 100µH 150µH 3A 3A 3A 3A 3A 3A 3A 5A 5A 5A 5A 5A 5A 5A SRF MHz , min A (Max.) B (Max.) LS ±.062 [1.6] W ±.004 [.1


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PDF FA081B GF-061. Inductors induct coils IF transformers 10.7 mhz CV-SERIES smd inductors 4.7uH 20A smd inductors .33uH 20A 100uH 5A 50uh 100uH
2005 - 1N4148

Abstract: BAS20W BAV20WS GRM42-6 LQ32CN561K21 MIC4827 MIC4827BMM MIC4827YMM
Text: MSOP-8 Typical Application VIN L1 220µH CIN 10µF MIC4827 2 3 4 VDD SW RSW , , 5, and 6 when the device is disabled. Test Circuit VIN L1 220µH CIN 10µF MIC4827 1 , D = BAV20WS 10 Lamp = 2in2 L = 220µH C = 0.1µF OUT REL = 3.32M 1 2 3 4 5 INPUT , 332k 100 REL = 3.32M VIN = 3.0V 80 Lamp = 2in2 60 L = 220µH 40 COUT = 0.1µF 20 D = BAV20WS 0 , 332k L = 220µH 10 SW COUT = 0.1µF REL = 3.32M D = BAV20WS 0 -40 -20 0 20 40 60 80 100


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PDF MIC4827 180VPP MIC4827 1N4148 BAS20W BAV20WS GRM42-6 LQ32CN561K21 MIC4827BMM MIC4827YMM
2006 - Not Available

Abstract: No abstract text available
Text: TYPICAL PERFORMANCE CHARACTERISTICS 95 (Continued) 95 VOUT = -15V L = 220µH Efficiency (% , L=220µH L=150µH 85 80 75 0 5 10 15 20 25 80 30 4 6 8 12 , . 6 Efficiency vs. VIN 95 95 VOUT =-22V L = 220µH 90 Efficiency (%) Efficiency (%) VIN=8V VOUT =-22V IOUT =-10mA L=300µH VIN=13V 90 VIN=18V 85 L=220µH L=150µH , 18 20 VIN (V) Efficiency vs. VIN Fig. 8 95 95 VOUT = -30V L = 220µH 90 VIN


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PDF AIC1650 AIC1650
2007 - Not Available

Abstract: No abstract text available
Text: to 10in2 lamp 1N914 4.7µF LX* 220µH HV833MG 0.01µF 100V *LX = 220µH Murata , the inductor (controlled by RSW) should be increased to avoid saturation. A 220µH Murata , 1 ° - 15° (4 PLCS) Top View 0.08 - 0.23 0.75 - 0.95 1.10 MAX 0° - 8° 0.40 -


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PDF HV833 100nA HV833 10-12in2) 300mW) 65BSC DSFP-HV833 A040507
2001 - telefunken ta 400

Abstract: 1N4148 BAV19WS BAV20WS GRM40 MCL4148 MIC4826 MIC4826BMM
Text: 1N4148 L1 220µH VIN 2in2 EL LAMP TIME (2ms/div) High Voltage EL Driver Micrel, Inc. · , into pin 1, 5, and 6 when the device is disabled. Test Circuit L1 220µH VIN D1 1N4148 COUT , 220µH D = BAV19WS COUT = 0.1µF 1 2 3 4 5 INPUT VOLTAGE (V) 6 25 20 VIN = 3.0V 15 2 Lamp = 2in 10 R = 332k SW L = 220µH D = BAV19WS 5 REL = 3.32M COUT = 0.1µF 0 -40 -20 0 20 40 60 , = 562k 20 IN = 3.0V Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV19WS 1000 100


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PDF MIC4826 160VPP MIC4826 telefunken ta 400 1N4148 BAV19WS BAV20WS GRM40 MCL4148 MIC4826BMM
2001 - Not Available

Abstract: No abstract text available
Text: (50V/div) L1 220µH VIN 2in2 EL LAMP TIME (2ms/div) High Voltage EL Driver Micrel, Inc , . Test Circuit L1 220µH VIN D1 BAV19WS COUT 0.01µF/100V MIC4826 CIN 10µF 1 2M , = 3.32M 10 Lamp = 2in2 L = 220µH D = BAV19WS C = 0.1µF 5 0 0 EL OUT 1 2 , REL = 1M IN 60 70 60 Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV19WS 50 Switch , RSW = 562k REL = 1M V IN = 3.0V Lamp = 2in2 L = 220µH COUT = 0.1µF D = BAV19WS 0


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PDF MIC4826 160VPP MIC4826
2005 - Not Available

Abstract: No abstract text available
Text: (Continued) 95 VOUT = -15V L = 220µH Efficiency (%) Efficiency (%) VIN=13V 90 VIN =8V 85 VIN=18V VOUT =-15V IOUT =-10mA L=300µH 90 L=220µH L=150µH 85 80 75 , VOUT =-22V L = 220µH 90 L=220µH 90 Efficiency (%) Efficiency (%) VIN=8V VOUT =-22V , 14 16 18 20 VIN (V) Efficiency vs. VIN Fig. 8 95 95 VOUT = -30V L = 220µH , (%) 80 4 VIN=18V 85 L=220µH L=150µH 85 80 75 0 5 10 15 20


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PDF AIC1650 AIC1650
2005 - 220UH

Abstract: 1N4148 BAS20W BAV20WS GRM42-6 MIC4827 MIC4827BMM MIC4827YMM
Text: MSOP-8 Typical Application VIN L1 220µH CIN 10µF MIC4827 2 3 4 VDD SW RSW , , 5, and 6 when the device is disabled. Test Circuit VIN L1 220µH CIN 10µF MIC4827 1 , D = BAV20WS 10 Lamp = 2in2 L = 220µH C = 0.1µF OUT REL = 3.32M 1 2 3 4 5 INPUT , 332k 100 REL = 3.32M VIN = 3.0V 80 Lamp = 2in2 60 L = 220µH 40 COUT = 0.1µF 20 D = BAV20WS 0 , 332k L = 220µH 10 SW COUT = 0.1µF REL = 3.32M D = BAV20WS 0 -40 -20 0 20 40 60 80 100


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PDF MIC4827 180VPP MIC4827 220UH 1N4148 BAS20W BAV20WS GRM42-6 MIC4827BMM MIC4827YMM
2001 - TSL0808-101KR80

Abstract: TSL0709S TSL0808-102KR26 TSL1112RA TSL1315S TSL1315RA TSL1112S TSL0808S TSL0808RA TSL0808
Text: 5R0 R66 5A 0.66A PACKAGING STYLE AND QUANTITIES Packaging style Taping (Ammo-pack) Bulk , CHANGE vs. DC SUPERPOSITION CHARACTERISTICS 680µH 470µH 330µH 220µH 150µH 100µH 300 100


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PDF tsl0808 UL94V-0) model-4275A 20000mF TSL0808-101KR80 TSL0709S TSL0808-102KR26 TSL1112RA TSL1315S TSL1315RA TSL1112S TSL0808S TSL0808RA
2001 - 168VPP

Abstract: HV857 HV857MG HV857X SB01-15CP mobile phone circuit 475Hz
Text: * The inductor used is a 220µH Murata inductor, max DC resistance of 8.4, part # LQH32CN221K21 , 1.0µF HV857MG SB01-15 220µH 3.3nF 100V LX= 220µH Murata (LQH32CN221K21) SB01-15=150V Sanyo , of the inductor (controlled by RSW) should be increased to avoid saturation. 220µH Murata , Manufacturer, Part. No. 1 220µH MuRata, LQH32CN221K21 560K 2 220µH MuRata LQH32CN221K21 3 220µH 4 Value Type 2.0M 3.3nF NPO 560K 2.0M 3.3nF NPO MuRata


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PDF HV857 HV857 190VPP 07/24/03AppNote 168VPP HV857MG HV857X SB01-15CP mobile phone circuit 475Hz
2001 - INDUCTOR 330UH

Abstract: transistor 91 330 inductor 470uH LDR 20K Precision Circuits 330uH LDR 1000 2SM8
Text: ], EL size:16.7 [cm2] ( 16 ) 17 - ROCL (R OCE = 91k ) 80.0 L= 220µH 20 - R OCL (ROCE = 91k) 25.0 Current consumption[mA] 20.0 Brightness[cd/m 2 ] 60.0 L=330µH 40.0 L=470µH 20.0 L= 220µH 15.0 , 18 - ROCL (R OCE = 180k ) 80.0 L= 220µH 21 - R OCL (ROCE = 180k) 25.0 Current consumption[mA] 60.0 Brightness[cd/m 2 ] L=330µH 40.0 L=470µH 20.0 20.0 L= 220µH 15.0 L=330µH L=470µH 5.0 10.0 , L= 220µH 22 - R OCL (ROCE = 360k) 25.0 Current consumption[mA] 60.0 Brightness[cd/m 2 ] L


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PDF SM8142 SM8142A SM8142A SM8142B 1SM8142A 2SM8142B 3SM8142A INDUCTOR 330UH transistor 91 330 inductor 470uH LDR 20K Precision Circuits 330uH LDR 1000 2SM8
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