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Part Manufacturer Description Datasheet BUY
1623938-1 TE Connectivity Ltd 1 ELEMENT, 100uH, GENERAL PURPOSE INDUCTOR, AXIAL LEADED, ROHS COMPLIANT visit Digikey Buy
SC30101KR TE Connectivity Ltd 1 ELEMENT, 100uH, GENERAL PURPOSE INDUCTOR, AXIAL LEADED, ROHS COMPLIANT visit Digikey Buy
1624062-1 TE Connectivity Ltd 1 ELEMENT, 100uH, GENERAL PURPOSE INDUCTOR, AXIAL LEADED, ROHS COMPLIANT visit Digikey Buy
1624001-2 TE Connectivity Ltd 1 ELEMENT, 100uH, GENERAL PURPOSE INDUCTOR, AXIAL LEADED, ROHS COMPLIANT visit Digikey Buy
SC10101KT TE Connectivity Ltd 1 ELEMENT, 100uH, GENERAL PURPOSE INDUCTOR, AXIAL LEADED, ROHS COMPLIANT visit Digikey Buy

inductor 100uH 3A

Catalog Datasheet MFG & Type PDF Document Tags

lm358 li ion charger circuit

Abstract: RMS TO DC converter using LM358 Figure 2b. Efficiency Note 1: 5.0V/0.5A 100µH Figure 3a. Schematic 80 EFFICIENCY (% , PL52C-33-1000 68µH/1A PL52B-68-500 68µH/3A PL52D-68-2000 100µH/0.5A PL52A , ) . Fig. 10 . 168 MIC4576 (6V­24V to 3.3V/3A) . Fig. 11 . 168 MIC4576 (6V­36V to 3.3V/3A) . Fig. 12 . 168 MIC4576 (8V­24V to 5V/3A
Micrel Semiconductor
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lm358 li ion charger circuit RMS TO DC converter using LM358 lm358 sum Lithium Ion Cells 12V DC DC 3A charger 24V DC to 5V 1A DC flyback converter ir sensing circuit using LM358

GM30G

Abstract: AM50G VIN VOUT D1 GS SS12 L1 100µH AIC1642 + + C1 SW 22µF VOUT C2 47µF GND , VIN VOUT IIN D1 SS12 L1 100µH IS AIC1642 + C2 22µF SW VOUT AIC1642 VOUT , (mA) Fig. 4 AIC1642-27 Load Regulation (L=100µH CD54) 180 Output current (mA) Fig. 5 AIC1642-27 Efficiency (L=100µH CD54) 2.8 85 80 2.7 Efficiency (%) Output Voltage (V) 75 2.6 VIN , AIC1642-27 Start-Up & Hold-ON Voltage (L=100µH CD54) 6 AIC1642 TYPICAL PERFORMANCE CHARACTERISTICS
Analog Integrations
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GM30G AM50G GM30P marking am27g sot-89 GM27G AM27G 100KH

da45

Abstract: VIN VOUT D1 GS SS12 L1 100µH + C1 SW 22µF AIC1638-27 AIC1638-30 AIC1638 , . TEST CIRCUIT VIN IIN VOUT L1 100µH D1 SS12 AIC1638 + C1 SW 22µF VOUT + , AIC1638-27 Load Regulation (L=100µH CD54) 180 Output current (mA) Fig. 5 AIC1638-27 Efficiency (L=100µH CD54) 2.8 85 80 2.7 Efficiency (%) Output Voltage (V) 75 2.6 VIN , (L=100µH CD54) 2.80 160 Switching Frequency (kHz) 2.78 2.76 Output Voltage (V) 2.74 2.72
Analog Integrations
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da45 AIC1638-31 AIC1638-33 AIC1638-45 AIC1638-50
Abstract: VIN VOUT D1 GS SS12 L1 100µH AIC1642 + + C1 SW 22µF VOUT C2 47µF GND , . â  TEST CIRCUIT VIN VOUT IIN D1 SS12 L1 100µH IS AIC1642 + C2 22µF SW , 120 140 160 Output Current (mA) Fig. 4 AIC1642-27 Load Regulation (L=100µH CD54) 180 Output current (mA) Fig. 5 AIC1642-27 Efficiency (L=100µH CD54) 2.8 85 80 2.7 Efficiency , 16 18 Output Current (mA) Fig. 9 AIC1642-27 Start-Up & Hold-ON Voltage (L=100µH CD54) 6 Analog Integrations
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4N7 CAPACITOR

Abstract: frequency can be reducing the inductor value; The APE1811 is suggested 22µH to 100µH for 350K to 50KHz , high ripple currents. Choose inductor ripple current approximately 20% of the maximum load current 3A , Advanced Power Electronics Corp. APE1811 PWM CONTROL 3A STEP-DOWN CONVERTER FEATURES , 1uF VOUT = 5V/ 3A L1 1 SW R1 5.6 K COMP C2 C10 R5 C7 0.1 uF 18K 0.1 uF , FB EN / SS C6 0.1uF VOUT = 5V/ 3A L1 1 SW VCC R1 5.6K COMP C2 C3 0
Advanced Power Electronics
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4N7 CAPACITOR 350KH 1811MP 1811D

inductor 100uH 3A

Abstract: 24v to 12V 3A converter LM2576 Circuits LM2575 L1 100µH 3A 7A C IN 68µF 120µF C OUT 1 330µH D1 , LM2575 & LM2576 POWER MANAGEMENT Applications Information - Buck Mode LM2575 L1 100µH 3A , VIN ã 2001 Semtech Corp. LM2576 47µF 100µF 3A 7A 100µH 68µH , LM2575 & LM2576 1A & 3A Miniconverter Switching Regulators POWER MANAGEMENT Description , LM2576 is rated for 3A. series u DC-to-DC buck or buck/boost converter requiring u u u u
Semtech
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inductor 100uH 3A 24v to 12V 3A converter LM2576 LM2576 BOOST CONVERTER LM2575 BOOST CONVERTER 76381 LM2576 APPLICATION LM2575/6

76381

Abstract: LM2576 10A - BUCK MODE LM2575 LM2576 L1 330µH 100µH D1 3A 7A CIN 68µF 120µF COUT , 3A 7A L1 100µH 68µH COUT IOUT IOUT 1 .3 2 V 1 + O VIN (LM2576 ) 3A 7A 100µH 68µH 470µF 2,700µF IOUT , of 1A and the LM2576 is rated for 3A. The LM2575/6 series miniconverters include a switching , -263 (1) VIN On/Off Pin Input Voltage Power Dissipation DEVICE Symbol Maximum 3A (3
Semtech
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LM2576 10A 76381 3.3 LM2576-ADJ LM2576-3A lm2576 current mode TX 76244 LM2575/LM2576

7130H

Abstract: GM7130HVG GM7130HV 3A STEP DOWN VOLTAGE SWITCHING REGULATORS Description Features GM7130HV series , drives a maximum load current as high as 3A line and load regulations. GM7130HV is available in fixed , ) Typical Application Circuits Feedback 4 1 VIN Output 5 CIN 100µF GND 3 L1 100µH ON/OFF 5 , .00 GM7130HV-5.0 7V ­ 40V Unregulated DC Input 1 GM7130HV 3A STEP DOWN VOLTAGE SWITCHING REGULATORS , 5. ON/OFF 4. Feedback 3. GND 2. Output 1. VIN Preliminary Information GM7130HV 3A
Gamma Microelectronics
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7130H GM7130HVG gm7130hv-12 1N5822 GM7130HVV2 7130HV

12B5T

Abstract: voltage regulator 7130 GM7130 3A STEP DOWN VOLTAGE SWITCHING REGULATORS Description Features GM7130 series is , maximum load current as high as 3A line and load regulations. GM7130 is available in fixed output , 100µF GND 3 L1 100µH ON/OFF 5 D1 1N5822 5V regulated output, COUT 680µF www.gammamicro.com.tw GM7130 3A STEP DOWN VOLTAGE SWITCHING REGULATORS Marking Information and Pin , 3A STEP DOWN VOLTAGE SWITCHING REGULATORS Ordering Information Ordering Number Output Voltage
Gamma Microelectronics
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12B5T voltage regulator 7130 diode 1334 GM713050 TA5 marking GM7130-ATA5T GM7130V1

24v 12v 20A regulator

Abstract: 24v 12v 10A regulator -33-1000 68µH/1A PL52B-68-500 68µH/3A PL52D-68-2000 100µH/0.5A PL52A-100-250 RL , . 6 MIC4576 (6V­24V to 3.3V/3A) . Fig. 7 . 6 MIC4576 (6V­36V to 3.3V/3A) . Fig. 8 . 6 MIC4576 (8V­24V to 5V/3A) . Fig. 9 . 7 MIC4576 (8V­36V to 5V/3A) . Fig. 10
Micrel Semiconductor
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24v 12v 20A regulator 24v 12v 10A regulator ME 9435 24v to 5V 3A converter 1N5822 SS34 inductor 100uH 10A

ME 9435

Abstract: 24v 12v 10A regulator can handle more current than a 10, 1/4W resistor. A 100µH, 3A inductor should be at least the size of , PL52A-15-500 33µH/3A PL52C-33-1000 68µH/1A PL52B-68-500 68µH/3A PL52D-68-2000 100µH , ) . Fig. 6 . 6 MIC4576 (6V­24V to 3.3V/3A) . Fig. 7 . 6 MIC4576 (6V­36V to 3.3V/3A) . Fig. 8 . 6 MIC4576 (8V­24V to 5V/3A
Micrel Semiconductor
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ME 9435 motorola charge battery lm339 50V 20A buck converter charger on LM358 24v to 12V 3A converter UPL1J151MPH

1N5822 SMT

Abstract: inductor 100uH 3A ceramic capacitor Open 10k, 5% resistor 3A, 40V 1N5822 (SMT) Schottky diode Nihon NSQ03A04 Motorola MBRS340T3 100µH, 1.3A inductor Coilcraft D03316-104 Maxim MAX831CWE 2-pin header Shunt MAX831 PC board , Inductor Selection The 100µH Coilcraft D03316-104 inductor that comes mounted with the EV kit has low , ranges of the MAX830/MAX831/MAX832/MAX833. For additional information on inductor selection, refer to the , OPEN 8 VIN VIN VSW VSW 16 15 14 13 12 11 10 9 J1 SHDN R4 10k C5 0.047µF D1 1N5822 L1 100µH
Maxim Integrated Products
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MAX832 1N5822 SMT 1N5822 diode data MAX830 MAX833 595D336X0035R2B 595D227X0010R2B TPSE227M010R0100

1N5822 SMT

Abstract: inductor 100uH 3A ceramic capacitor R1, R2, R3 TEMP. RANGE 0°C to +70°C L1 1 100µH, 1.3A inductor Coilcraft , Shutdown Mode, VOUT = 0V The 100µH Coilcraft D03316-104 inductor that comes mounted with the EV kit , PART MAX831EVKIT-SO C5 1 0 Open R4 1 10k, 5% resistor D1 1 3A, 40V 1N5822 , about Inductor Selection Evaluating the MAX832 and MAX833 The MAX831 can be replaced by a MAX833 to , L1 100µH 16 VOUT +5V 15 C3 220µF 10V D1 1N5822 14 C4 220µF 10V 13 12
Maxim Integrated Products
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of capacitor 33uf 35v 1N5822 data sheet CAPACITOR SPRAGUE

voltage regulator 5 pin

Abstract: ROD 486 5000 AMC DOC. #:AMC2576_B November 2002 AMC2576 ADD MICROTECH CORP. 3A STEP DOWN VOLTAGE , required active functions. It is capable of driving 3A load with excellent line and load regulations , Guaranteed 3A output current 3.3V, 5V and adjustable output versions Wide input voltage range, up to 40V , 2002 3A STEP-DOWN VOLTAGE REGULATOR TYPICAL APPLICATION AMC2576-X.X 4 FB 1 VIN 7V ­ 40V DC INPUT GND CIN 100µF 3 Figure 1. VOUT ENABLE 2 OUTPUT L1 100µH 5
ADD Microtech
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voltage regulator 5 pin ROD 486 5000 935 B AMC2576-ADJ AMC2576-ADJP

ME 9435

Abstract: lm358 sum can handle more current than a 10, 1/4W resistor. A 100µH, 3A inductor should be at least the size of , PL52A-15-500 33µH/3A PL52C-33-1000 68µH/1A PL52B-68-500 68µH/3A PL52D-68-2000 100µH , ) . Fig. 6 . 6 MIC4576 (6V­24V to 3.3V/3A) . Fig. 7 . 6 MIC4576 (6V­36V to 3.3V/3A) . Fig. 8 . 6 MIC4576 (8V­24V to 5V/3A
Micrel Semiconductor
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apple schematic LM358 definition 68500 330uf nichicon capacitor 680uF 35V capacitor LM3420

D234 DIODE

Abstract: Circuit diagram of 12v 1W LED driver Inductor Selection A 100uH inductor is recommended for most TS19372 applications. Although small size and high efficiency are major concerns, the inductor should have low core losses at 180kHz and low DCR , -23 SOP-8 805 805 TSC TSC TSC TSC Generic Generic -3A, 40V N-CH 40V / 3.9A N-CH 60V / 8A , -25 SMA uSMA SOT-23 SOP-8 805 805 TSC TSC TSC TSC TSC Generic Generic -3A, 40V 2A, 30V , TSM2318CX 100uH 0.1 1k 10k 10uF 820pF SOT-25 SMA SOT-23 SOT-23 -1206 1206 1206 805 805
Taiwan Semiconductor
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TS19372CX5 D234 DIODE Circuit diagram of 12v 1W LED driver MOSFET SOT-23 marking code M2 1W led 6V Circuit diagram of 1W LED drive

MAX831

Abstract: MAX832 ceramic capacitor R1, R2, R3 TEMP. RANGE 0°C to +70°C L1 1 100µH, 1.3A inductor Coilcraft , Shutdown Mode, VOUT = 0V The 100µH Coilcraft D03316-104 inductor that comes mounted with the EV kit , PART MAX831EVKIT-SO C5 1 0 Open R4 1 10k, 5% resistor D1 1 3A, 40V 1N5822 , about Inductor Selection Evaluating the MAX832 and MAX833 The MAX831 can be replaced by a MAX833 to , L1 100µH 16 VOUT +5V 15 C3 220µF 10V D1 1N5822 14 C4 220µF 10V 13 12
Maxim Integrated Products
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4N7 CAPACITOR

Abstract: buck converter vin 40v vout 20v 50khz value (VIN =8~40V ,VOUT=5V, IOUT=3A) Frequency (Hz) L1 Value (H) 50K 100uH 150K 68uH 250K 33uH 350K 22uH , current 3A, IL=0.6A. The DC current rating of the inductor should be at least equal to the maximum load , Protection Built-in Internal SW P-channel MOS. ESOP-8 & PDIP-8 Pb-Free Package APE1811 PWM CONTROL 3A , R1 5.6 K VOUT = 5V/ 3A C2 C3 0 .1uF C4 470uF R4 1 .1K R1 ) R4 VFB = 0.815V ; R4 suggest , 0.1uF C10 R5 C7 0.1uF 18K 0.1uF (Option ) APE1811 VOUT = 5V/ 3A 2 R1 5.6K APE1811 VCC VGATE EN
Advanced Power Electronics
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buck converter vin 40v vout 20v 50khz capacitor y 4n7 ESOP-8 DIODE 4N7 MS-012 MO-100

4N7 CAPACITOR

Abstract: buck converter vin 40v vout 20v 50khz value (VIN =8~40V ,VOUT=5V, IOUT=3A) Frequency (Hz) L1 Value (H) 50K 100uH 150K 68uH 250K 33uH 350K 22uH , current 3A, IL=0.6A. The DC current rating of the inductor should be at least equal to the maximum load , APE1811 PWM CONTROL 3A STEP-DOWN CONVERTER DESCRIPTION APE1811 consists of step-down switching regulator , R1 5.6 K VOUT = 5V/ 3A C2 C3 0 .1uF C4 470uF R4 1 .1K R1 ) R4 VFB = 0.815V ; R4 suggest , 0.1uF C10 R5 C7 0.1uF 18K 0.1uF (Option ) APE1811 VOUT = 5V/ 3A 2 R1 5.6K APE1811 VCC VGATE EN
Advanced Power Electronics
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150KH 330KH

AMC2576-ADJ

Abstract: AMC2576-ADJP AMC2576 3A STEP DOWN VOLTAGE REGULATOR www.addmtek.com DESCRIPTION The AMC2576 series is a step-down switching regulator with all the required active functions. It is capable of driving 3A load , Guaranteed 3A output current 3.3V, 5V and adjustable output versions Wide input voltage range, up to 40V , 100µH 5 COUT 1000µF Figure 1. Fixed Output Voltage Versions AMC2576-ADJ FB 4 7V ­ 40V DC INPUT 1 V IN OUTPUT VOUT 2 GND CIN 100µF 3 ENABLE 5 L1 100µH R2 COUT 1000µF
ADDtek
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ferrite rod core DD007
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