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LM2576SX-3.3 Texas Instruments 7.5A SWITCHING REGULATOR, 63kHz SWITCHING FREQ-MAX, PSSO5, TO-263, 5 PIN visit Texas Instruments
LM2576HVS-5.0/NOPB Texas Instruments SIMPLE SWITCHER® 4V to 60V, 3A Low Component Count Step-Down Regulator 5-DDPAK/TO-263 -40 to 125 visit Texas Instruments Buy
LM2576T-ADJ/LF03 Texas Instruments SIMPLE SWITCHER® 40V, 3A Low Component Count Step-Down Regulator 5-TO-220 visit Texas Instruments Buy
LM2576T-3.3/LF03 Texas Instruments SIMPLE SWITCHER® 40V, 3A Low Component Count Step-Down Regulator 5-TO-220 visit Texas Instruments
LM2576HVSX-12/NOPB Texas Instruments SIMPLE SWITCHER® 4V to 60V, 3A Low Component Count Step-Down Regulator 5-DDPAK/TO-263 -40 to 125 visit Texas Instruments
LM2576T-ADJ/NOPB Texas Instruments SIMPLE SWITCHER® 40V, 3A Low Component Count Step-Down Regulator 5-TO-220 -40 to 125 visit Texas Instruments Buy

24v to 12V 3A converter LM2576

Catalog Datasheet MFG & Type PDF Document Tags

76381

Abstract: LM2576 10A ADJ, TJ = 25ºC. VIN rated = 40V; IO = 0.5 to 3A (LM2576), 0.2 to 1A (LM2575). Test Conditions , to 3.0A (LM2576) or 150mA to 1.0A (LM2575). Applications with VOUT below 5V or above 24V may require , of 1A and the LM2576 is rated for 3A. The LM2575/6 series miniconverters include a switching , capacitors to obtain an efficient DC-toDC converter. Current limit and thermal shutdown features of the , voltages of 3.3, 5 and 12V Wide output voltage range, 1.23 to 35V 82% typical efficiency @ 5V Wide input
Semtech
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76381 LM2576 10A 76381 3.3 LM2576-ADJ LM2576 BOOST CONVERTER LM2575 BOOST CONVERTER LM2575/LM2576

inductor 100uH 3A

Abstract: 24v to 12V 3A converter LM2576 12V option; VOUT = 5V for ADJ option; TA = 25ºC; VIN rated = 40V; IO = 0.5 to 3A (LM2576), 0.2 to 1A , from 250mA to 3A (LM2576) or 150mA to 1A (LM2575). Applications with V OUT below 5V or above 24V may , LM2576 is rated for 3A. series u DC-to-DC buck or buck/boost converter requiring u u u u , rated = 40V; IO = 0.5 to 3A (LM2576), 0.2 to 1A (LM2575). Values in bold apply over full operating , V nA 500 Effi ci ency/Opti on 3.3V h VIN = 12V, IO = 1A (LM2575, 3A for LM2576
Semtech
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inductor 100uH 3A 24v to 12V 3A converter LM2576 LM2576 APPLICATION lm2576 current mode lm2576 LAYOUT LM2576-5

76381

Abstract: LM2575 BOOST CONVERTER rated = 40V; lQ= 0.5 to 3A (LM2576), 0.2 to 1A (LM2575). Test Conditions Test Limits Parameter , Symbol V,N "o T/> Min Typ Max Units Efficiency/Option 3.3 5 12 ADJ V0 = 5V n 12V LM2575-1A LM2576-3A 77 , of 1A and the LM2576 is rated for 3A. The LM2575/6 series miniconverters include a switching , capacitors to obtain an efficient DC-to-DC converter. Current limit and thermal shutdown features of the , interchangeable with National's LM2575/LM2576 series â'¢ DC-to-DC buck or buck/boost converter requiring only 4
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LM257X LM2576S-XX lm2576 application data TX 76244 Sprague Electric Capacitor 68pH

24v to 12V 3A converter LM2576

Abstract: 24v to 12V 3A converter LM2576s and ADJ options; 25V for 12V; VOUT = 5V for ADJ, Tj = 25°C. V,N rated = 40V. IQ = 0.5A to 3A (LM2576 , 10OpH 68pH cout 2,700pF 6,800pF Iout 250mA 500mA f 12V LM2575 LM2576 ClN 47 (j F 100|jF Di 3A 7A , interchangeable with National's LM2575/LM2576 Series â'¢ DC-to-DC buck or buck/boost converter requiring only 4 , TO-263 LM2576T-XX 3A TO-220(2) LM2576S-XX TO-263 (1)XX = Voltage Option 3.3, 5.0, 12, ADJ , Output Voltage LM2576-3.3 0.5A 3.23 3.37 8V to Over Temp. 3.14 3.3 3.47 VlN RATED
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LM2576T 24v to 12V 3A converter LM2576s D04-3 LM2575-5 LI330 IHb si LM2575/76 G0Q43SM LM2575T LM2575S LM2576S
Abstract: , T j = 25°C. T V IN rated = 40V; l0 = 0.5 to 3A (LM2576), 0.2 to 1A (LM2575). Test Conditions , n 12V LM2575-1A 77 LM2576-3A Max Units 82 Efficiency/Option 3.3 5 12 , to 3.0A (LM2576) or 150mA to 1,0A (LM2575). Applica­ tions with V0U below 5V or above 24V may , design. The LM2575 has a m aximum output current of 1A and the LM2576 is rated for 3A. â'¢ The , /LM2576 series DC-to-DC buck or buck/boost converter requiring only 4 support components Fixed or -
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L805-498-2111 T0-220

Mallory VPR

Abstract: LM series voltage regulators = 0.5A to 3A (LM2576), 0.2A to 1A (LM2575). Test C o nd itio n s PARAMETER SYMBOL V,N , (LM2576) or 150mA to 1.0A (LM2575). Applications of Vouts below 5V or above 24V may require component , interchangeable with Nationalâ'™s LM2575/LM2576 Series â'¢ DC-to-DC buck or buck/boost converter requiring only , maximum output current of 1A; the LM2576 is rated for 3A. The LM2575/76 Series miniconverters include a , and two capacitors to obtain an efficient DC-to-DC converter. Current limit and thermal shutdown
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Mallory VPR LM series voltage regulators GQD4314

lm2576 application data

Abstract: 76381 = 25°C. V IN rated = 40V; l0 = 0.5 to 3A (LM2576), 0.2 to 1A (LM2575). Test Conditions Parameter , Max Units il 12V LM2575-1A LM2576-3A 77 82 88 82 47 43 52 52 0.9 0.9 93 4.2 O.T. 3.5 , output current of 1A and the LM2576 is rated for 3A. The LM2575/6 series miniconverters include a , two capacitors to obtain an efficient DC-toDC converter. Current lim it and thermal shutdown features , interchangeable with National's LM2575/LM2576 series DC-to-DC buck or buck/boost converter requiring only 4
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LM series voltage regulators ADJ

Abstract: 76381 . IQ = 0.5A to 3A (LM2576), 0.2A to 1A (LM2575). Test Conditions PARAMETER Output Voltage LM2576 , Test Limits TYP 77 82 MAX UNITS 12V 3A 15V 12V sx 47 Over Temp. LM2575 - 1A LM2576 - Over , u t + 12V LM2575 C in LM2576 100pF 7A 68|jH 2,700pF 750mA 47pF 3A 100pH 470|jF 100mA , /LM2576 Series · DC-to-DC buck or buck/boost converter requiring only 4 support components · Fixed or , output current of 1A; the LM2576 is rated for 3A. The LM2575/76 Series m iniconverters include a
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LM series voltage regulators ADJ LM2575T-XX Mallory sx 347 adj 2576 lm2576 t 12.0 lm2576adj

UPL1J471MPH

Abstract: MIC4576BUUPL1C102MPH, ESR = 0.047â"¦ MBR360 HM77-29006, DCR = 0.08â"¦ Figure 5. 16Vâ'"36V to 12V/3A Buck Converter , C2 D1 L1 L1 Figure 1. 6Vâ'"24V to 3.3V/3A Buck Converter Through Hole Note 2: 1 SHDN , . 6Vâ'"36V to 3.3V/3A Buck Converter Through Hole Surface-mount component. MIC4576 6 October , . 8Vâ'"36V to 5V/3A Buck Converter Through Hole Figure 3. 8Vâ'"24V to 5V/3A Buck Converter Through Hole , voltage â'¢ Guaranteed 3A switch current â'¢ Wide 4V to 36V input voltage range â'¢ Wide 1.23V to 33V
Micrel Semiconductor
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UPL1J471MPH MIC4576BU

lm2576 lead battery charger

Abstract: MIC4576-3 3.3V/3A Buck Converter Through Hole Figure 5. 16V-36V to 12V/3A Buck Converter Through Hole SHDN , Application Note 14. 1997 4-133 MIC4576 MIC4576 MiereI 3.3V/3A SHDN 6V to 24V SW o , .045ft, N ote 2 Figure 1. 6V-24V to 3.3V/3A Buck Converter Through Hole Figure 4. 8V-36V to 5V/3A , -33-1000, OCR = 0.036 HM77-30004, DCR = 0 .045ft, Note 2 Figure 3. 8V-24V to 5V/3A Buck Converter Through , negative converter (inverting buck-boost) Battery Charger Negative boost converter Step-down to 3.3V for
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PL52C-33-1000 UPL1J471MRH lm2576 lead battery charger MIC4576-3 capacitor BT nichicon UPL nichicon 1N5822 1J471MRH PLS2C-33-1000 M3R360
Abstract: to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 SHDN R1 0.1â"¦ L1 SW , 0.045â"¦, Note 2 Figure 2. 6Vâ'"36V to 3.3V/3A Buck Converter Through Hole Surface-mount component , SW Figure 4. 8Vâ'"36V to 5V/3A Buck Converter Through Hole Figure 3. 8Vâ'"24V to 5V/3A Buck , '¢ Guaranteed 3A switch current â'¢ Wide 4V to 36V input voltage range â'¢ Wide 1.23V to 33V output voltage , buck-boost) Battery Charger Negative boost converter Step-down to 3.3V for Intel Pentiumâ"¢ and similar Micrel Semiconductor
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BR360 SP-1-A1-0R100J LM358

24v to 12V 3A converter LM2576

Abstract: 4576BU . feedback voltage · Guaranteed 3A switch current · Wide input voltage range: 4V to 24V · Wide output voltage , 52kHz LM2576. The higher switching frequency may allow up to a 4:1 reduction in output filter inductor , On-card switching regulators Positive to negative converter (inverting buck-boost) Isolated flyback converter using minimum external components · Negative boost converter · Step-down to 3.3V for Intel , C ond itio n 1.217 8V < V IN < 24V, 0 .5A < lLOAD < 3A 1.193 1.180 1.230 1.230 1.243 1.267
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4576BU LM2576 5V Step-down Voltage Regulator Switching Regulator IC 4576-3.3BU Negative regulator variable 3A 45765.0

switch mode power supply 12V,3A

Abstract: 24v input 5v output regulator -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 , 0.045, Note 2 C1 C2 D1 L1 L1 Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Note , . 6V­36V to 3.3V/3A Buck Converter Through Hole Surface-mount component. MIC4576 6 August 2004 , -5.0BT VIN FB GND 3 L1 2 GND C1 C2 D1 L1 SW Figure 4. 8V­36V to 5V/3A Buck Converter Through Hole Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole 5 1 SHDN R2 13.0k 1
Micrel Semiconductor
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switch mode power supply 12V,3A 24v input 5v output regulator switching regulator 12v 3A variable frequency drive circuit diagram 12V 5A adjustable regulator 24v to 5V 3A converter

24v to 12V 3A converter LM2576

Abstract: 21SHDN -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 L1 SW 2 R1 0.1 , Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Figure 2. 6V­36V to 3.3V/3A Buck Converter , -30004, DCR = 0.045, Note 2 Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole Figure 4. 8V­36V to 5V , 1% 12V/3A 16V to 36V C1 470µF 63V MIC4576BT 1 4 MBR360 C2 1000µF 16V C1 C2 D1 , driving a 3A load with excellent line and load regulation. The feedback voltage is guaranteed to ±2%
Micrel Semiconductor
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21SHDN switch-mode voltage regulators motorola TO220 voltage regulator

lm2576 lead battery charger

Abstract: 24v to 12V 3A converter LM2576 -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 , 0.045, Note 2 C1 C2 D1 L1 L1 Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Note , . 6V­36V to 3.3V/3A Buck Converter Through Hole Surface-mount component. April 1998· 4-133 , -5.0BT VIN FB GND 3 L1 2 GND C1 C2 D1 L1 SW Figure 4. 8V­36V to 5V/3A Buck Converter Through Hole Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole 5 1 SHDN R2 13.0k 1
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nichicon 1000uF on capacitor 1000uF 16V 6V24V 30004 led lm2576 lm358 pin diagram MIC4576-5

24v to 12V 3A converter LM2576

Abstract: MIC4576BT -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 L1 SW 2 R1 0.1 , Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Figure 2. 6V­36V to 3.3V/3A Buck Converter , -30004, DCR = 0.045, Note 2 Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole Figure 4. 8V­36V to 5V , 1% 12V/3A 16V to 36V C1 470µF 63V MIC4576BT 1 4 MBR360 C2 1000µF 16V C1 C2 D1 , driving a 3A load with excellent line and load regulation. The feedback voltage is guaranteed to ±2%
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LM2576 3 AMP BATTERY CHARGER

Abstract: 24v to 12V 3A converter LM2576 -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 , 0.045, Note 2 C1 C2 D1 L1 L1 Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Note , . 6V­36V to 3.3V/3A Buck Converter Through Hole Surface-mount component. MIC4576 6 December , -5.0BT VIN FB GND 3 L1 2 GND C1 C2 D1 L1 SW Figure 4. 8V­36V to 5V/3A Buck Converter Through Hole Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole 5 1 SHDN R2 13.0k 1
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LM2576 3 AMP BATTERY CHARGER nichicon capacitor 1000uF 63v UPL1V471MPH capacitor 1000uf -36v nichicon 470uF nichicon 470uF 50v

MIC4576WT

Abstract: Nichicon pr series 12V/3A 68µH 4 MBR360 3 C1 C2 D1 L1 SW Figure 4. 8V­36V to 5V/3A Buck Converter Through Hole Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole 5 1 SHDN R2 13.0k 1 , -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 , , Note 2 C1 C2 D1 L1 L1 Figure 1. 6V­24V to 3.3V/3A Buck Converter Through Hole Note 2 , . 6V­36V to 3.3V/3A Buck Converter Through Hole Surface-mount component. MIC4576 6 March 2006
Micrel Semiconductor
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MIC4576WT Nichicon pr series of capacitor 470uf 16v CAPACITOR 1000uF 35 V 5PIN BUCK

Nichicon hm

Abstract: 0.047Ì2 M BR360 H M 77-29006, DCR = 0.08Ì2 Figure 5. 16V-36V to 12V/3A Buck Converter Through Hole , Fixed Regulator 12V/3A 16V to 36V + C2 O ^1000nF 16V 470|iFâ'" 63V Adjustable , = 0.045Ì2, Note 2 Figure 2. 6V-36V to 3.3V/3A Buck Converter Through Hole Surface-m ount , Bi i D1 M BR360 Figure 4. 8V-36V to 5V/3A Buck Converter Through Hole Figure 3. 8V-24V to , driving a 3A load with excellent line and load regulation. The feedback voltage is guaranteed to Â
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Nichicon hm LS2C-33-1000 4576B Z1000 UPL1J471M UPL1J471 PL1C102M

MIC4576WT

Abstract: lm3584 12V/3A 68µH 4 MBR360 3 C1 C2 D1 L1 SW Figure 4. 8V­36V to 5V/3A Buck Converter Through Hole Figure 3. 8V­24V to 5V/3A Buck Converter Through Hole 5 1 SHDN R2 13.0k 1 , -29006, DCR = 0.08 Figure 5. 16V­36V to 12V/3A Buck Converter Through Hole U1 5 VIN 8V to 36V 1 , · Guaranteed 3A switch current · Wide 4V to 36V input voltage range · Wide 1.23V to 33V output , Charger Negative boost converter Step-down to 3.3V for Intel PentiumTM and similar microprocessors
Micrel Semiconductor
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lm3584 LM358 voltage comparator specifications Motorola 5v voltage regulator LM358 pinout MIC4576WU 12V to 3,3V regulator 3a
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