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SP-1/2-A1-0R100J

Catalog Datasheet MFG & Type PDF Document Tags

diagram Converter 24v to 12v

Abstract: voltage to current converter using LM358 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J 6 R4 5 4 10k = IOUT = 1.23V R1 , UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 , UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 8 , PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1 2 U2A 1/2LM358 R3 10k , , ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J
Micrel Semiconductor
Original
diagram Converter 24v to 12v voltage to current converter using LM358 charger on LM358 charge battery lm339 lm358 frequency duty cycle battery charger on LM358 MIC4575 LM2575 MIC4575BT LM358 LM3420 LM339

0-12v variable power supply

Abstract: LM358 pinout = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J 6 R4 5 4 10k , SP-1/2-A1-0R100J R4 1.21k 1% Bat B FLG B 1 A/B 1 2 4 U4A 7404 8 OUT , -11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 8 IOUTEND IOUTEND Q1 VN2222LL 7 U2B 1/2 , PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1 2 U2A 1/2LM358 R3 10k , , ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J
Micrel Semiconductor
Original
0-12v variable power supply LM358 pinout 1A current to 0-5v voltage converter using LM358 motorola 1N4148 MIC4575WU Nichicon M9999-062105

1N5B19

Abstract: UPL1J680MPH -11003, DCR = 0.2330 SP-1/2-A1-0R100J ^IN min > = + 2.5V 123V R2 R1 'OUT R2 + R3 , UPL1C331MPH, ESR = 0.120 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.2330 VN2222LL SP-1/2-A1-0R100J FLG , HM77-11003, DCR = 0.2330 SP-1/2-A1-0R100J VN2222LL U1 Micrel U2 National U3 National U4 , = 0.0950 SP-1-A1-0R100J VN2222LL VIN min > VBATT/0.9 + 2.5V Figure 23. 0.1A-1 A Variable , Motorola 1N4148 L1 Coiltronics PL52B-68-500, DCR = 0.0950 R1 KRL SP-1-A1-0R100J Q1 Siliconix VN2222LL
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OCR Scan
1N5B19 UPL1J680MPH IC4575 SP-1/2-A1-0R100J MIC2506 UPL1V151MPH M/C4575 MIC4575BU

lm358 frequency duty cycle

Abstract: SS26 R4 -11003, DCR = 0.233 SP-1/2-A1-0R100J R4 10k VIN min IOUT = = VBATT + 2.5V 0.9 R2 R2 R3 1 .23V , -11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k 1% Bat B FLG A FLG B IN OUT A MIC2506 OUT B GND , 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL C3 0.01µF C5 0.1µF 7 2 5 8 U2B 1/2 , 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL , PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL 0.01µF DZ1 1N5244 14V VIN 8 5 U2B 1/2 LM358 7
Micrel Semiconductor
Original
SS26 R4 lm358 24v

lm358 li ion charger circuit

Abstract: charge battery lm339 , ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J , , ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J , HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 1.24V R3 8 4 6 U3 3 VIN R2 , -1.2 UPL1V151MPH, ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J , 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1.23V
Micrel Semiconductor
Original
lm358 li ion charger circuit MBR1603 BATA7 9435 motorola RCH106-680K UPL1J151MPH 2N2222 MBRS130LT3 MIC29150-5 TPSE226M035R0300 TPSE227M010R0100 TPSE106M010R0200

nichicon

Abstract: 0-12v variable power supply HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J 6 R4 5 4 10k VBATT VIN min = IOUT = , = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k 1 , UPL1V151MPH, ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J , 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J , 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1.23V R4
Micrel Semiconductor
Original
MBRS160 LM358 internal block diagram LM339 sd pin diagram of LM358 35CV150 c 9435

charger on LM358

Abstract: MIC4575-3 UPL1V151MPH, ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J , VN2222LL SP-1/2-A1-0R100J R4 1.21k 1% Bat B FLG B 1 A/B 1 2 4 U4A 7404 8 , HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 1.24V = R3 IOUTEND IOUTEND 2 C5 , 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1 2 U2A , -68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1.23V R4 2.5V 0.01µF DZ1 1N5244 14V
Micrel Semiconductor
Original
MIC4575-3 330uF 16V uux1h470mt1gs COMPARATOR LM358 SANYO 1000uF 16V CA LM2575 BOOST CONVERTER

ME 9435

Abstract: 24v 12v 10A regulator = 0.233 SP-1/2-A1-0R100J 10k VBATT + 2.5V 0.9 VIN min = IOUT = 1.23V R1 R2 , , ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k , HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 8 IOUTEND IOUTEND Q1 VN2222LL 7 , 1000µF 16V UPL1J471MRH, ESR = 0.039 UPL1C102MPH, ESR = 0.047 MBR360 PL52C-33-1000, DCR = 0.036 SP-1-A1-0R100J , UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT
Micrel Semiconductor
Original
ME 9435 24v 12v 10A regulator ME 9435 motorola 24v 12v 20A regulator lm358 sum 1N5822 ss34

lm358 li ion charger circuit

Abstract: RMS TO DC converter using LM358 UPL1V151MPH, ESR = 0.12 UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J , , ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k , = 0.233 SP-1/2-A1-0R100J VN2222LL 8 4 6 U3 3 VIN R8 10k R10 10k R9 10M , UPL1C102MPH, ESR = 0.047 MBR360 PL52C-33-1000, DCR = 0.036 SP-1-A1-0R100J LM358 Figure 38. 1997 U3 , PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT / 0.9 1 2 U2A 1/2LM358 R3 10k
Micrel Semiconductor
Original
RMS TO DC converter using LM358 Lithium Ion Cells 12V DC DC 3A charger 24V DC to 5V 1A DC flyback converter ir sensing circuit using LM358 MIC4574 MIC4576

ME 9435

Abstract: lm358 sum = 0.233 SP-1/2-A1-0R100J 10k VBATT + 2.5V 0.9 VIN min = IOUT = 1.23V R1 R2 , , ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k , HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 8 IOUTEND IOUTEND Q1 VN2222LL 7 , 1000µF 16V UPL1J471MRH, ESR = 0.039 UPL1C102MPH, ESR = 0.047 MBR360 PL52C-33-1000, DCR = 0.036 SP-1-A1-0R100J , UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT
Micrel Semiconductor
Original
apple schematic LM358 definition 68500 330uf nichicon capacitor 680uF 35V capacitor LM3420 "cross-reference"

24v 12v 20A regulator

Abstract: 24v 12v 10A regulator = 0.233 SP-1/2-A1-0R100J 10k VBATT VIN min = IOUT = 1.23V R1 0.9 + 2.5V , , ESR = 0.12 1N5819 1N5819 1N5236 HM77-11003, DCR = 0.233 VN2222LL SP-1/2-A1-0R100J R4 1.21k , HM77-11003, DCR = 0.233 SP-1/2-A1-0R100J VN2222LL 1.24V = R3 IOUTEND IOUTEND 2 C5 , -33-1000, DCR = 0.036 SP-1-A1-0R100J LM358 Figure 26. March 2001 11 Application Note 15 , UPL1C331MPH, ESR = 0.12 1N5819 1N5819 1N4148 PL52B-68-500, DCR = 0.095 SP-1-A1-0R100J VN2222LL VBATT
Micrel Semiconductor
Original
24v to 5V 3A converter inductor 100uH 10A 24v to 12V 3A converter MIC4574-5.0BWM UPL1V471MPH 6099B

24V 20A SIEMENS battery charger

Abstract: 48v to 24v buck Qg = 30nC MOTOROLA SCHOTTKY VBR = 40V KRL SP-1/2-A1-0R100J Pd = 0.75W COILTRONICS CTX100-4 DCR = , 30V KRL SP-1/2-A1-0R100J Pd = 0.75W COILTRONICS CTX100-4 DCR = 0.175 Kool Mµ CORE QUIESCENT , SILICONIX NMOS BVDSS = 30V RDSON = 0.050 CRSS = 160pF Qg = 30nC MOTOROLA SCHOTTKY VBR = 40V R2 KRL SP-1/2-A1-0R100J Pd = 0.75W L1 COILTRONICS CTX100-4 DCR = 0.175 Kool Mµ® CORE AN54 · F01A ALL , KRL SP-1/2-A1-0R100 Pd = 0.75W COILTRONICS CTX100-4 DCR = 0.175 Kool Mµ CORE QUIESCENT CURRENT =
Linear Technology
Original
LTC1149 24V 20A SIEMENS battery charger 48v to 24v buck an5435 an5430 an5424 application note 54 ltc1149 LTC1143 LTC1147 LTC1148 LTC1142

1N5819 MIC

Abstract: Nichicon hm UPL1V151MPH, ESR = 0.120 UPL1C331MPH, ESR = 0 .120 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.2330 SP-1/2-A1-0R100J , . ESR = 0 .12« UPL1C331MPH. ESR * 0 .12« 1N5819 1N5819 1N414B PL52B-68-500, DCR * 0 .095« SP-1-A1-0R100J , » 0.1212 UPL1C331MPH, ESR * 0.1212 1N5819 1N5819 1N4148 PL52B-68-500, DCR * 0.09512 SP-1-A1-0R100J , -68-500, DCR = 0.095« U2 National LM358 Q1 Silicc nix VN2222LL R1 KRL SP-1/2-A1-0R250J C4 1OOOpF " but = , , DCR = 0.233« SP-1/2-A1-0FI100J VN2222LL R2 * R1 buT b u r = 1-02A v iN m in > - - " ¡ F +
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OCR Scan
M1C29150 1N5819 MIC Nichicon hm D03316P-683 9435 regulator ic Inverting Switching Regulators lithium ion battery charger 2222U 1N5019 SP-1/2-A1-0FI100J MIC457S 293D226X0010C2W

motorola 1N4148

Abstract: JF SS34 HM77-11003. DCR = 0 .2 3 3 ii SP-1/2-A1-0R100J = -? ? I L 0.9 123V buT - + 2 .5 V R 1 R2 + , , ESR = 0.12£ 1N5819 1N5819 1N5244 HM77-11003, DCR = 0.233Q SP-1/2-A1-0R100J VN2222LL R2 1.24 V ·o u , = 0.0950 R1 KRL SP-1-A1-0R100J Q1 Siliconix VN2222LL t /0 .9 + 2.5V VIN min 2 Vb ATT C1 U3 , 1N5019 D3 Motorola 1N4148 L1 Coiltronics PL52B-68-500, DCR = 0.09512 R1 KRL SP-1-A1-0R100J Q1 Siliconix , PL52B-68-500, DCR = 0.0950 U2 National LM358 Q1 Siticonix VN2222LL R1 KRL SP-1 /2-A1-0R250J V,N 1
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OCR Scan
JF SS34 schematic apple 4 battery 1n414b diode uses sb360 equivalent 16MV220GX low esr panasonic fj

LT1083 CT

Abstract: LT1083 parallel 15A NMOS BV DSS = 30V RDSON = 0.050 CRSS = 160pF Qg = 30nC MOTOROLA SCHOTTKY VBR = 40V KRL SP-1/2-A1-0R100J , : SILICONIX BVDSS = 20V, DCRON = 0.14, Qg = 29nC D1: MOTOROLA R2: KRL SP-1/2-A1-0R200, PD = 0.75W L1 , 50nC MOTOROLA KRL SP-1/2-A1-0R100 Pd = 0.75W COILTRONICS CTX100-4 DCR = 0.175 KOOL Mµ® CORE , proper operation of the microprocessor and good heat dissipation within the computer system. Table 1 , application note. Table 1. 3.3V Linear Regulators LOAD CURRENT DEVICE PASS DEVICE SHUTDOWN
Linear Technology
Original
LT1083 CT LT1083 parallel 15A LTC1158 LT1157 LT1083 parallel vout 12V 15A LT1087S LT1020 LT1120 LT1121 LT1129 LT1117 LT1086

SL-1-C1-0R05J

Abstract: CTX50-2MP 9 + 8 1000pF *RSENSE 0.1 COUT 220µF 10V × 2 AVX VOUT *COILTRONICS CTX50-2-MP *KRL SP-1/2-A1-0R100J , -3.3, ADP1148-5 FUNCTIONAL BLOCK DIAGRAM PWR SIGNAL VIN PDRIVE NDRIVE GND GND 3 1 14 12 11 FEATURES , ) VFB SENSE(­) 8 9 7 ADP1148 NON-OVERLAP DRIVE 2 SLEEP 1 Q R S R Q S V B C 10mV to 150mV , SENSE(­) + N-DRIVE N-CH IRF7403 C1 10BQ040 *COILTRONICS CTX-68-4 *KRL SL-1-C1-0R050L COUT 390µF 5V/2A , FIGURE 1 CIRCUIT 70 0.02 0.2 LOAD CURRENT ­ A 2 Figure 1. High Efficiency Step-Down Converter
Analog Devices
Original
C2219 SL-1-C1-0R05J CTX50-2MP ADP1148-3 IRF7204 SL-1-C1-0R050J SO-14

C2219

Abstract: IRF7403 220µF 10V × 2 AVX VOUT 3.3V/1A *COILTRONICS CTX50-2-MP *KRL SP-1/2-A1-0R100J Figure 19 , V 2 R Q S SLEEP B 1 VTH1 Q R S C 13k 10mV to 150mV T G 100k , >1.5V = SHUTDOWN 1 OFF-TIME CONTROL The ADP1148 is part of a family of synchronous step-down , 390µF C1 10BQ040 *COILTRONICS CTX-68-4 *KRL SL-1-C1-0R050L Figure 1. High Efficiency Step-Down Converter 75 FIGURE 1 CIRCUIT 70 0.02 0.2 LOAD CURRENT ­ A 2 Figure 2. ADP1148-5 Typical
Analog Devices
Original
ADP1148AN ADP1148AR

VN2222L

Abstract: SC13K 10V 2 AVX VOUT 3.3V/1A NC = NO CONNECT *COILTRONICS CTX50-2-MP *KRL SP-1/2-A1-0R100J , 12 14 11 NON-OVERLAP DRIVE 8 9 7 V 2 R Q S SLEEP B 1 S , 1 ADP1148 VTH1 VTH2 Q R S C 13k 10mV to 150mV T OFF-TIME CONTROL G , 100 + 90 85 80 75 FIGURE 1 CIRCUIT C1 10BQ040 70 0.02 0.2 LOAD CURRENT ­ A 2 *COILTRONICS CTX-68-4 *KRL SL-1-C1-0R050L Figure 1. High Efficiency Step-Down Converter
Analog Devices
Original
VN2222L SC13K
Abstract: *COILTRONICS CTX50-2-MP *KRL SP-1/2-A1-0R100J Figure 19. ADP1148 Low Dropout, 3.3 V/1 A High Efficiency , 1 14 12 11 8 9 7 LE 4 APPLICATIONS Notebook and Palmtop Computers Portable Instruments , Adaptive Nonoverlap Gate Drives ADP1148 NON-OVERLAP DRIVE 2 SLEEP R Q S V 1 S VTH1 Q R , CT 470pF S-GND SENSE(­) N-DRIVE P-GND N-CH IRF7403 C1 10BQ040 *COILTRONICS CTX-68-4 *KRL SL-1-C1-0R050L + COUT 390F 80 75 FIGURE 1 CIRCUIT 70 0.02 0.2 LOAD CURRENT ­ A 2 Figure 1. High Efficiency Analog Devices
Original
Abstract: CTX50-2-MP *KRL SP-1/2-A1-0R100J F ig u re 19. A D P 1148 L o w D ro p o u t, 3.3 V /l A H ig h E , holders. 8 REV. A AD P 114 8 , A D P 1 148-3.3, A D P 1 148-5 A n ad d itio n al 0.1 jxF â'"1 , N-DRIVE GND GND SENSE(+) VFB SENSE)-) -® lTH GENERAL DESCRIPTION T h e A D P 1 148 is p a rt , user p ro g ram m ab le via an ex ternal c u rre n t sense resistor. T h e A D P 1 1 4 8 in co rp o , 10BQ040 P-GND T LOAD CURRENT-A - â'˜ COILTRONICS CTX-68-4 *KRL SL-1-C1-0R050L F ig u re -
OCR Scan
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