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SIMPLESWITCHERMODULE-REF Texas Instruments LMZ12010 20VIN 10AOUT Simple Switcher Module Reference Design visit Texas Instruments
POWEREST Texas Instruments Power Estimation Tool (PET) visit Texas Instruments
CS5373A-ISZR Cirrus Logic Low-power, High-performance Delta-Sigma Modulator with Test DAC visit Digikey Buy
WM8325GEFL/V Cirrus Logic Power Management Circuit, CMOS visit Digikey Buy

simple+12v+ups+with+power+bjts

Catalog Datasheet MFG & Type PDF Document Tags

LM2574

Abstract: np5920 5V 12V 15V LM2574 3 PC LM2574 ± 4% ± 10% 50uA , VIN 12V I LOAD 100mA http://www.national.com 4 J 25 T 3.3V 5V 12V VIN 25V 15V VIN 30V ILOAD 100mA VIN 12V 5 http://www.national.com LM2574/LM2574HV LM2574-ADJLM2574HV-ADJ VIN 12V TJ 25 I LOAD 100mA LM2574/LM2574HV 3.3V 5V TJ 25 15V VIN 30V , 12V 12V/15V 25V HV 60V Note 7 VIN 40V Note 8 1 Switchers Made Simple
National Semiconductor
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LM2574HV LM2574-5 LM2574-12 LM2574-15 np5920 NP5920 npi 330uH 3V5V12V 40VHV LM2574-3 LM2574HV-3

np5920

Abstract: RL-1283-1000 LM2574/LM2574HV SIMPLE SWITCHER ® 0.5A LM2574 0.5A 3.3V 5V 12V , VIN 12V I LOAD 100mA http://www.national.com 4 J 25 T 3.3V 5V 12V VIN 25V 15V VIN 30V ILOAD 100mA VIN 12V 5 http://www.national.com LM2574/LM2574HV LM2574-ADJLM2574HV-ADJ VIN 12V TJ 25 I LOAD 100mA LM2574/LM2574HV 3.3V 5V TJ 25 15V VIN 30V , 12V 12V/15V 25V HV 60V Note 7 VIN 40V Note 8 1 Switchers Made Simple
National Semiconductor
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LM2574-ADJ RL-1283-1000 RL-1284-330 50V 330UF ESL 1N40011 LM2574HV-5 LM2574HV-12 LM2574HV-15 LM2574HV-ADJ 12V12V

LM2575

Abstract: LM2575T 2007 4 LM2575/LM2575HV 3.3V, R2 1.7k 5V, R2 3.1k 12V, R2 8.84k 15V, R2 , LM2575/LM2575HV - LM2575-ADJLM2575HV-ADJ TJ 25 TJ 25 3.3V5V VIN 12V VIN 25V VIN 30V LOAD 200mA 12V 15V I 7 www.national.com/jpn/ LM2575/LM2575HV ( ) TJ 25 3.3V5V VIN 12V VIN 25V VIN 30V LOAD 200mA 12V 15V I Note 1: IC , ) Note 6: ( 4) 0V Note 7: /3.3V/5V 12V 12V/15V 25V
National Semiconductor
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LM2575 LM2575N-12 LM2575HVT-ADJ LM2575S-ADJ LM2575T IC 92112 8 pin DS011475-09-JP LM1575/LM2575/LM2575HV 3V5V12V15V NS1051 LM1575HV

LM2575

Abstract: LM2575T 2007 4 LM2575/LM2575HV 3.3V, R2 1.7k 5V, R2 3.1k 12V, R2 8.84k 15V, R2 , LM2575/LM2575HV - LM2575-ADJLM2575HV-ADJ TJ 25 TJ 25 3.3V5V VIN 12V VIN 25V VIN 30V LOAD 200mA 12V 15V I 7 www.national.com/jpn/ LM2575/LM2575HV ( ) TJ 25 3.3V5V VIN 12V VIN 25V VIN 30V LOAD 200mA 12V 15V I Note 1: IC , ) Note 6: ( 4) 0V Note 7: /3.3V/5V 12V 12V/15V 25V
National Semiconductor
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LM2575N-ADJ LM2575T-ADJ LM2575S-12 lm2575hvt ic lm2575t LM2575 to 220 LM2575T-XX RL1952 LM1575 LM2575HVM-ADJ LM2575N-5 LM2575HVN-5 LM2575HVN-12 LM2575N-15

800694-001-JP

Abstract: LMZ14203 SIMPLE SWITCHER® EMI LMZ10504 EMI 3.3V 1.2V (LMZ10504) 12V 3.3V (LMZ12003) 24V 3.3V , . JA 3 3.3V / 5V (3.3V 1.2V ) (3.3V 1.2V , mV pk-pk 90.7% 7 TZA / 10.16 x 13.77 x 4.57 mm EN55022 (Class B) 12V (12V 3.3V ) (12V 3.3V ) / () EMI LMZ12003 3A 4.5V 20V 0.8V 6V 25 mV
National Semiconductor
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LMZ14203 CISPR22 LMZ10505 LMZ10503 LMZ12002 LMZ12001 800694-001-JP EN55022CISPR22C LMZ12003LMZ14203 24VIN

LM25995

Abstract: LM2599 SIMPLE SWITCHER ® 150kHz 3A LM2599 IC 3A 3.3V5V 12V , ± 4 15 ± 80uA 2 3.3V5V12V 1.2V 37V ± 4 3A 7 TO-220 TO-263 40V , -12 TJ 25 - LM2599-ADJ TJ 25 J 25 T 3.3V 5V 12V IN 24V ILOAD 500mA V VIN 12V 3 http://www.national.com 3.3V 5V J 25 T 12V IN 24V ILOAD 500mA V VIN 12V http://www.national.com 4 Note 1 Note 2 Note 3 Note 4 Note 5
National Semiconductor
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LM25995 LM2596 7TO-220 LM2599-3 LM2599-5 LM2599-12 100SQC

renco rl2444

Abstract: RL2444 /LM2576HV 3.3V R2 1.7k 5V, R2 3.1k 12V, R2 8.84k 15V, R2 11.3k For ADJ. Version R1 Open , Figure 2 VOUT Output Voltage VIN 12V, ILOAD 0.5A 3.3 V Circuit of Figure 2 3.234 , VOUT Circuit of Figure 2 V(Min) 3.432/3.465 V(Max) 3.3 V Efficiency VIN 12V , VIN 12V, ILOAD 0.5A 5.0 Circuit of Figure 2 V 4.900 V(Min) 5.100 V(Max) Output , 12V, ILOAD 3A 3 5.0 77 V http://www.national.com LM2576/LM2576HV (Note 1
National Semiconductor
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2576HV LM2576 LM2576T-XX renco rl2444 RL2444 50WR06 671 27060 PE-531115 LM2576HVS-3 LM2576S-3 LM2576HVT-XX LM2576T-3

MP6-3Q-00

Abstract: MP6-3E-1L-4LE-00 289-4958 289-4964 Drawings Output Voltage / Maximum Current 1 2 3 4 5V 12V 24V 5V 5V 5V 5V 12V 24V 5V 5V 5V #8-32 MTG HOLES 4 PL MARKED "A" 80A 33.3A 16.7A 60A 60A 60A 120A 50A 23.5A 120A 120A 120A 12V 10A 12V 30A 12V 30A 12V 4A 12V 4A 12V 4A 24V 2A 5V 10A 12V 10A 12V 30A 12V 30A 12V 4A 12V 4A 12V 4A 24V 2A 5V 10A 171.45 6.750 A , -2E-1L-4LE-00 MP6-3E-00 MP6-3L-00 MP6-3Q-00 MP6-3E-4LL-00 MP6-3E-1L-4LQ-00 MP6-3E-1L-4LE-00 5V 12V 24V 5V
Astec Industry
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astec mvp series astec mp6 astec mvp series converter 69008-0005 mp6-3e mp6 astec 115VAC EN61000-3-2 EN60950

LM2596-ADJ

Abstract: ON LM2596-ADJ require a ± 12V power supply. Typical examples include analog circuits or RS-232 driver power supplies. The ± 12V typically needs to be generated from a 5V system bus. The solutions normally used involve a , regulator to generate both the +12V and the -12V outputs from 5V input. The LM2595 is configured as an , because of the coupling between the windings of the inductor. The diode D4 prevents the -12V output , components shown in Figure 1. The -12V output varied between -11.99V and -11.97V under a load variation
National Semiconductor
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LM2595-12 CTX250-4 AN-1118 LM2596-ADJ ON LM2596-ADJ National Semiconductor Simple Switcher Higher Output Voltage lm2596adj

12v to 6V 2a

Abstract: 24v switcher ® A 3.3V 1.2V (LMZ10504) 12V 3.3V (LMZ12003) 24V 3.3V (LMZ14203) C , (3.3V 1.2V ) (3.3V 1.2V / ) () LMZ10505 5A 2.95V 5.5V 0.8V 5V 10 mV pk-pk , TZA / 10.16 x 13.77 x 4.57mm EN55022 (Class B) $6.60 (12V 3.3V ) / () EMI (500 ) 12V (12V 3.3V ) LMZ12003 3A 4.5V 20V 0.8V 6V 25 mV
National Semiconductor
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LMZ14202 LMZ14201 12v to 6V 2a 24v switcher 12v dc to 6v dc 24V 1A mosfet DC/DC94 800690-001-JP

LM2596-ADJ

Abstract: ON LM2596-ADJ National Semiconductor AN-1118 Michael Shrivathsan October 1998 Many systems require a ± 12V power supply. Typical examples include analog circuits or RS-232 driver power supplies. The ± 12V , regulator to generate both the +12V and the -12V outputs from 5V input. The LM2595 is configured as an , because of the coupling between the windings of the inductor. The diode D4 prevents the -12V output , components shown in Figure 1. The -12V output varied between -11.99V and -11.97V under a load variation
National Semiconductor
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12v regulated power supply 12v regulated power supply circuit Diode d4 AN1118 National Semiconductor AN-

1A40V

Abstract: avx-tps 3.3V 5V 12V 8DIP LM2594/LM2594HV 150kHz PC LM2594/LM2594HV ± 4 ± 15 85uA 2 LM2594HV 60V 3.3V5V12V 1.2V 37V HV 57V , LM2594/LM2594HV - LM2594/LM2594HV-ADJ TJ 25 J 25 T 3.3V 5V 12V VIN 24V ILOAD 100mA VIN 12V http://www.national.com 4 Note 1 IC IC Note 2 ESD 100pF 1.5k , Note 6 2 Note 7 Note 8 0V Note 9 3.3V 5V 12V 12V 15V LM2594HV VIN
National Semiconductor
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LM2594 1A40V avx-tps 120uF 25v HFQ 1N4001 593D LM2594/LM2594HV-3 25LM2594 LM2594/LM2594HV-5 LM2594/LM2594HV-12 ON/OFF25V

LM2596-ADJ

Abstract: ON LM2596-ADJ National Semiconductor AN-1118 Michael Shrivathsan October 1998 Many systems require a ± 12V power supply. Typical examples include analog circuits or RS-232 driver power supplies. The ± 12V , regulator to generate both the +12V and the -12V outputs from 5V input. The LM2595 is configured as an , because of the coupling between the windings of the inductor. The diode D4 prevents the -12V output , components shown in Figure 1. The -12V output varied between -11.99V and -11.97V under a load variation
National Semiconductor
Original

LM2674-ADJ

Abstract: LMX267X LM2674 SIMPLE SWITCHER® 500mA LM2674 LMDMOS IC () 500mA 3.3V 5V 12V , 12V VIN 24V ILOAD 100mA VIN 12V Note 1: Note 2: 100pF 1.5k Note 3 , SIMPLE SWITCHER NT 95 LM267X Made Simple Windows® 3.1 : 5V 12V) VOUT (3.3V VIN (max) DC ILOAD (max) : VOUT 5V VIN (max) 12V ILOAD (max) 500mA 1. (L1) A. Fig.4Fig.5 Fig.6 ( 3.3V5V 12V ) B. IN (max) ILOAD (max) V (LXX) 1. (L1) A. Fig.5 5V
National Semiconductor
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LM2674-12 LM2674-ADJ LMX267X 0V12V 25DMOS LM2674SIMPLE LM2674-3 LM2674-5

EN55022

Abstract: LMZ10505 3.3V 1.2V (LMZ10504) 12V 3.3V (LMZ12003) 24V 3.3V (LMZ14203) C , (3.3V 1.2V ) (3.3V 1.2V / ) () LMZ10505 5A 2.95V 5.5V 0.8V 5V 10 mV pk-pk , TZA / 10.16 x 13.77 x 4.57mm EN55022 (Class B) $6.60 (12V 3.3V ) / () EMI (500 ) 12V (12V 3.3V ) LMZ12003 3A 4.5V 20V 0.8V 6V 25 mV
National Semiconductor
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800691-001-JP

PE92108

Abstract: capacitor 1000uf 25v load regulation. These devices are available in fixed output voltage of 3.3V,5V,12V,15V and an , ° * Wide Input Voltage Range * 52KHz Fixed Frequency Oscillator * 3.3V,5V,12V,15V and Adjustable Output , =3.1k 12V, R2=8.84k 15V, R2=11.3k For Adjustable version, R1=open, R2=0 Absolute Maximum Ratings (Note1 , range Parameter Symbol Conditions System Parameters (Note3) Test Circuit Figure 2 VIN=12V, ILOAD , Figure 2 Efficiency VIN=12V, ILOAD=3A Min Typ Max Unit 3.234 3.3 3.366 V
SeCoS
Original
MBR360 PE92108 capacitor 1000uf 25v inductor 100uH inductor 100uH 3A G5ELM2576 S5ULM2576

1000uf, 25v electrolytic capacitor

Abstract: PE92108 load regulation. These devices are available in fixed output voltage of 3.3V,5V,12V,15V and an , Efficiency * Wide Input Voltage Range * 52KHz Fixed Frequency Oscillator * 3.3V,5V,12V,15V and , =17k 5.0V, R2=3.1k 12V, R2=8.84k 15V, R2=11.3k For Adjustable version, R1=open, R2=0 Absolute Maximum , (Note3) Test Circuit Figure 2 VIN=12V, ILOAD=0.5A Output Voltage VOUT Circuit of Figure 2 6V VIN 40V, 0.5A ILOAD 3A Output Voltage VOUT Circuit of Figure 2 Efficiency VIN=12V, ILOAD=3A Min Typ
SeCoS
Original
1000uf, 25v electrolytic capacitor capacitor 1000uF 25V description 1000UF/25V CAPACITOR Adjustable Positive Voltage Regulator 50v SIMPLE SWITCHER negative Voltage Regulator linear SIMPLE SWITCHEr S5ELM2576

AN2024

Abstract: LMZ12003 EMI : EN55022 Class B 10V/m EN61000 4-3 Efficiency VIN = 12V VOUT = 5.0V TO-PMOD 7 Pin , : 18W : 3A : 4.5V 20V : 0.8V 6V 92 Thermal derating curve VIN = 12V VOUT = 5.0V , 20V 0V 6.5V 40 125 TJ 25 40 125 (TJ) / (Typ) TJ 25 VIN 12V Vout 1.8V , ) TJ 25 VIN 12V Vout 1.8V Note 1: Note 2: 100pF 1.5k JESD-22-114 Note 3 , (AOQL) VIN 12V Cin 10F X7R CO 100F X7R Tambient 25 Efficiency 6V Input @ 25
National Semiconductor
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AN2024 mosfet 40a 12v LMZ14203/2/1 LMZ12003/2/1 5V12V DS301090-10-JP TZA07A

EN55022 CISPR22 Class B

Abstract: CISPR22 time to market. 3 2.5 2 1.5 3.3V to 1.2V (LMZ10504) 1 12V to 3.3V (LMZ12003) 0.5 , Peak Efficiency Package Dimensions Input Voltage Output Voltage Ripple (3.3V to 1.2V) (3.3V to 1.2V , B) 12V Input Rail Devices Device Output Current Output Voltage Input Voltage Output Voltage Ripple (12V to 3.3V) Peak Efficiency Package Dimensions (12V to 3.3V) (including leads
National Semiconductor
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EN55022 CISPR22 Class B
Abstract: 3.3V5V 12V 8 DIP 8 LM2594 * / LM2597/LM2597HV 150kHz , Application 3.3V5V12V 1.2V 37V HV 57V ± 4 0.5A 8 DIP-8 60V HV 150kHz , http://www.national.com LM2597/LM2597HV VOUT 3.3V5V 12V VINMax ILOADMax V OUT 5V V INMax 12V I LOADMax 0.4A 1. L1 1. L1 A. Fig.3 Fig.4 Fig.5 3.3V5V 12V B. INMax ILOADMax V LXX A. Fig.4 5V B. Fig.4 12V 0.4A 100uH L20 C National Semiconductor
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LM2597HV LM2597 LM2597/LM2597HV-3 25VIN LM2597/LM2597HV-5 LM2597/LM2597HV-12
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