SINGLE INDUCTOR CONVERTER Search Results

77120-A7

Abstract: 12V to 5V buck boost converter LT1167 16SA100M T Si4420 design ideas LTC1625 composite Instrumentation Amplifier Instrumentation Amplifier lt1167 BAT85
Contextual Info: DESIGN IDEAS Single-Inductor, Positive-Output Buck/Boost Converter Uses No RSENSE Controller by Christopher B. Umminger DESIGN IDEAS Single-Inductor, Positive-Output Buck/Boost Converter Uses No R SENSE Controller .28 Christopher B. Umminger

LM366

Contextual Info: LM3668 LM3668 1A, High Efficiency Dual Mode Single Inductor Buck-Boost DC/DC Converter Literature Number: SNVS449L LM3668 1A, High Efficiency Dual Mode Single Inductor Buck-Boost DC/DC Converter General Description Features The LM3668 is a synchronous buck-boost DC-DC converter

1247a

Abstract: amoled lt3582 DC590B transistor 1247a DC1247A
Contextual Info: DEMO CIRCUIT 1247 QUICK START GUIDE I2C Programmable Boost and Single Inductor Inverting DC/DC Converters with OTP DESCRIPTION Demonstration circuit 1247A features the LT3582 an I2C Programmable Boost and Single Inductor Inverting DC/DC Converters with OTP. It converts a 2.7V-5.5V

STPS2L40A

Abstract: AN-3008 AN3008 LPS3314-472MLC STPS2L40AF DC-DC converter epaper GRM31CR72A105KA01L STOD2540 STOD2540PMR epaper
Contextual Info: AN3008 Application note STOD2540, single inductor DC-DC converter generates multiple supply voltages for E-paper display Introduction This application note describes how to use the STOD2540 DC-DC converter to generate two output voltages using a single inductor and an external charge pump. The circuit shown

APP4497

Abstract: MAX1522
Contextual Info: Maxim > App Notes > Power-supply circuits Keywords: bipolar supply voltages, stepup converters, charge pumps Nov 04, 2010 APPLICATION NOTE 4497 Single-inductor circuit generates bipolar supply voltages By: Perwez Nawabi Abstract: The single inductor and three Schottky diodes associated with this step-up converter derive +15V and -14V from a +5V

Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

VLF3215

Abstract: vlf4012-2r2
Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

LPS3015-1R5

Abstract: 3.6v jp nicd battery SLVS696 GRM188R60J106KME84D
Contextual Info: TPS63030 TPS63031 www.ti.com . SLVS696 – OCTOBER 2008 HIGH EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1-A SWITCHES

Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

vlf4012-2r2

Abstract: VLF3215 VLF4012 TPS63000 TPS63000IDRCRQ1 TPS63000-Q1 TPS6300X LPS3015 LPS4012 NR3015
Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

VLF4012-2R2

Abstract: TPS63000-Q1 LPS3015 LPS4012 NR3015 QFN-10 TPS63000 TPS63000IDRCRQ1 TPS6300X
Contextual Info: TPS63000-Q1 www.ti.com . SLVS968 – JUNE 2009 HIGH-EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCH

LPS3015-1R5

Abstract: 3.6v jp nicd battery "load cell" dsk TPS63031DSKT JESD51-7 QFN-10 TPS63030 TPS63030DSKR TPS63030DSKT TPS63031
Contextual Info: TPS63030 TPS63031 www.ti.com . SLVS696 – OCTOBER 2008 HIGH EFFICIENCY SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1-A SWITCHES

LMK212BJ106

Abstract: LMK107BJ475 amoled display LPF3010-2R2 amoled Maruwa LPF3010T-2R2 TPS65136 TPS65136RTE TPS65136RTER
Contextual Info: TPS65136 www.ti.com . SLVS831 – APRIL 2008 Single-Inductor, Multiple-Output SIMO Regulator for AMOLED

62AP

Abstract: DRQ125-3R3-R DRQ73-4R7-R drq73-330-r DRQ125-100-R R 4R7 inductor sdq25-2r2-r DRQ73-470-R inductor 2r2 cd 0765 rt
Contextual Info: Inductor Selection for SEPIC Designs Introduction/Basic Operation The single ended primary inductor converter SEPIC allows the output voltage to be greater than, less than, or equal to the input voltage in DCDC conversion. Some typical applications include digital cameras, cellular

NTD4302-001

Abstract: BAT54 CS5323 NTD4302
Contextual Info: AND8071/D Enhanced V2t and Inductor Current Sense Accuracy http://onsemi.com APPLICATION NOTE Introduction The use of Enhanced V2 control and inductor current sense for producing single and multi–phase buck converters is an established concept. There are several references one

uc1573

Abstract: UC3573 UC2573 12V to 5V buck converter
Contextual Info: UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Abstract: UC2573 UC3573
Contextual Info: UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

uc1573

Abstract: UC1573J UC2573 UC2573D UC2573DG4 UC3573
Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

uc1573

Abstract: UC1573J UC2573 UC2573D UC2573DG4 UC3573
Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The