SWITCHING POWER SUPPLY DESIGN GUIDE Search Results

MAX16904

Abstract: INDUCTOR EMI FERRITE 2012
Contextual Info: Maxim > Design Support > Technical Documents > Application Notes > Automotive > APP 4944 Maxim > Design Support > Technical Documents > Application Notes > Power-Supply Circuits > APP 4944 Keywords: automotive, DCDC, power supply, DC-DC, automotive switching power supply, automotive switching power, high

MAX16974

Abstract: AECQ100 APP5137
Contextual Info: Maxim > Design Support > Technical Documents > App Notes > Automotive > APP 5137 Maxim > Design Support > Technical Documents > App Notes > Power-Supply Circuits > APP 5137 Keywords: automotive power, automotive DC/DC, automotive switching power supply, automotive switcher, automotive DC/DC,

H. Dean Venable

Abstract: Severns mathcad INDUCTOR DESIGN mathcad forward converter design bruce carsten Z13i High power inductor for series LC resonant design of a switching power supply dean venable
Contextual Info: Input Filter Design for Switching Power Supplies Michele Sclocchi Application Engineer National Semiconductor The design of a switching power supply has always been considered a kind of magic and art, for all the engineers that design one for the first time. Fortunately, today the

DC TO DC convertor

Abstract: E-263 AN-1229 LMZ10505 A Simple Rise and Fall Time Waveform Control
Contextual Info: TECHNOLOGY edge SM National Semiconductor’s SIMPLE SWITCHER Power Modules and EMI Application Note AN-2052 Don Rhodes, Field Applications Engineer Introduction Power supply design, even the design of common DC to DC switching convertors can present a number of

DC TO DC convertor

Abstract: AN-1229 LMZ10505 National Semiconductor Simple Switcher Higher Output Voltage AN2052 AN-2052
Contextual Info: National Semiconductor Application Note 2052 Don Rhodes April 26, 2010 Power supply design, even the design of common DC to DC switching convertors can present a number of challenges; this is especially true with higher power designs. Beyond the functional issues, an engineer must make sure the design is

flyback transformer formula

Contextual Info: Materials for Design {Design Method At present, there are two major types of circuits for the typical switching power supply units: the forward converter method and the flyback method. See Figure 1. The following section introduces the design method of the high

Contextual Info: Materials for Design {Design Method At present, there are two major types of circuits for the typical switching power supply units: the forward converter method and the flyback method. See Figure 1. The following section introduces the design method of the high

24v dc power supply with uc3842

Abstract: ST204A switching power supply transformer construction smps with uc3842 and tl431 UC3842 smps design with TL431 3842 PWM power supply application note nec2501 "Power Semiconductor Applications" Philips 3842 smps IC TOPSWITCH AN-17
Contextual Info:  TOPSwitch Flyback Power Supply Efficiency Application Note AN-19 Introduction Efficiency should be a major consideration when designing a flyback switching power supply. It can impact many aspects of a product design, from enclosure size and ventilation to safety

circuit diagram of high power smps

Abstract: 1500 watt smps schematic
Contextual Info: NOT RECOMMENDED FOR NEW DESIGN SC480 Complete DDR1/2/3 Memory Power Supply POWER MANAGEMENT Description Features The SC480 is a combination switching regulator and linear source/sink regulator intended for DDR1/2/3 memory systems. The purpose of the switching regulator

EE40 core

Abstract: OPTO MOC8102 464wp schematic diagram cga to vga converter SELECTION OF SNUBBERS AND CLAMPS TO OPTIMIZE THE DESIGN OF TRANSISTOR SWITCHING CONVERTERS MTP4N90 etd39 ETD-39 MC3423P 5d-11 power thermistor
Contextual Info: AN1080/D External−Sync Power Supply with Universal Input Voltage Range for Monitors Prepared by: S.K. Tong and K.T. Cheng http://onsemi.com APPLICATION NOTE ABSTRACT This paper describes the design of a low−cost 90 W flyback switching power supply for a multi−sync color

Contextual Info: SC486 NOT RECOMMENDED FOR NEW DESIGN Complete DDR1/2/3 Memory Power Supply POWER MANAGEMENT Description Features The SC486 is a combination switching regulator and linear source/sink regulator intended for DDR1/2/3 memory systems. The switching regulator is used to generate the

Contextual Info: User's Guide SNVU192A – October 2012 – Revised April 2013 AN-2280 LMR10530 Evaluation Module 1 Introduction The LMR10530 evaluation module is designed to provide the power supply design engineer with a fully functional regulator design using the LMR10530 3MHz switching regulator in an WSON-10 package. The

max1763

Abstract: linear regulator for 240v ac to 3.3v voltage MAX1758 Step-up 12V to 19V 1.5A MAX1797 equivalent dc-dc 12v to 18v max668 maxim, analog design guide, interface 28-QSOP MAX1774 MAX1798
Contextual Info: POWER SUPPLIES ANALOG 4 DESIGN GUIDE Data Sheets • Applications Notes • Free Samples N ITIO D E 20th World’s Smallest Complete PDA Power Supply 1.25MHz SWITCHING REDUCES COMPONENT SIZE Two 95% Efficient Step-Down Converters, Backup Battery Converter, and 4 Voltage

Contextual Info: User's Guide SNVA108A – February 2005 – Revised May 2013 AN-1370 LM5034 Evaluation Board 1 Introduction The LM5034EVAL evaluation board provides the power supply design engineer with a fully functional 200W dual interleaved DC-DC power switching regulator using forward/active clamp topology. A single

UC3875 ZVS design

Abstract: resonant full bridge schematic U-136A Unitrode uc3875 transformer tank design calculation power transformer tank calculation transformer less power supply 12 volt 3A DESIGN WITH UC3875 UC3875 dc/dc converter UC3875
Contextual Info: U-136A APPLICATION NOTE PHASE SHIFTED, ZERO VOLTAGE TRANSITION DESIGN CONSIDERATIONS and the UC3875 PWM CONTROLLER BILL ANDREYCAK ABSTRACT This Application Note will highlight the design considerations incurred in a high frequency power supply using the Phase Shifted Resonant PWM control technique. An overview of this switching technique including

UC3875 ZVS design

Abstract: resonant full bridge schematic DESIGN WITH UC3875 U-136A Unitrode uc3875 UC3875 Bill Andreycak zero voltage switching pwm full bridge converter 1N5820 leg of 10K variable resistor
Contextual Info: U-136A APPLICATION NOTE PHASE SHIFTED, ZERO VOLTAGE TRANSITION DESIGN CONSIDERATIONS and the UC3875 PWM CONTROLLER BILL ANDREYCAK ABSTRACT This Application Note will highlight the design considerations incurred in a high frequency power supply using the Phase Shifted Resonant PWM control technique. An overview of this switching technique including

UC3875 ZVS design

Abstract: resonant full bridge schematic U-136A Unitrode uc3875 DESIGN WITH UC3875 UC3875 dc/dc converter SEM-700 slope in uc3875 SLUA107 UC3875
Contextual Info: U-136A APPLICATION NOTE PHASE SHIFTED, ZERO VOLTAGE TRANSITION DESIGN CONSIDERATIONS and the UC3875 PWM CONTROLLER BILL ANDREYCAK ABSTRACT This Application Note will highlight the design considerations incurred in a high frequency power supply using the Phase Shifted Resonant PWM control technique. An overview of this switching technique including

SMT-2512

Abstract: 12065C104ZAT2A 532956-5 LTC1266 MBR0520L MBRS120 Si4410 Si9410 IR 333J CR32-100J-T
Contextual Info: DEMO MANUAL DC064B NO DESIGN SWITCHER Pentium Processor Switching Regulator Power Module Demo Board U DESCRIPTIO Demonstration Circuit 064B is a power supply module which is compliant with the Intel module specification and will work with any motherboard configured to accept such

Contextual Info: LM25576Q0 SIMPLE SWITCHER 42V, 3A Step-Down Switching Regulator General Description Features The LM25576Q0 is an easy to use SIMPLE SWITCHER® buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. The LM25576Q0 is AECQ100 grade 0 qualified,

C0805C331G1GAC

Abstract: C2012X7R2A103K C4532X7R2A225M LM25576 LM25576MH LM25576MHX TSSOP-20 5.1 pre amplifier circuit schematic diagram 4.5V TO 100V INPUT REGULATOR
Contextual Info: LM25576 42V, 3A Step-Down Switching Regulator General Description Features The LM25576 is an easy to use SIMPLE SWITCHER buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. Operating with an input voltage range of 6 - 42V, the

LM5575MH

Abstract: LM5575MHX LM5575 MXA16A TSSOP-16 C2012X7R2A103K High Precision 1.225V zener Nippon capacitors CMSH3-100
Contextual Info: LM5575 75V, 1.5A Step-Down Switching Regulator General Description Features The LM5575 is an easy to use SIMPLE SWITCHER buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. Operating with an input voltage range of 6 - 75V, the

LM25575MHX

Abstract: MXA16A TSSOP-16 C2012X7R2A103K LM25575 LM25575MH DR125-470 smc air filter regulator Nippon capacitors 4.5v to 100v input regulator
Contextual Info: LM25575 42V, 1.5A Step-Down Switching Regulator General Description Features The LM25575 is an easy to use SIMPLE SWITCHER buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. Operating with an input voltage range of 6 - 42V, the

C2012X7R2A103K

Abstract: LM25574 LM25574MT LM25574MTX MTC16 TSSOP-16
Contextual Info: LM25574 42V, 0.5A Step-Down Switching Regulator General Description Features The LM25574 is an easy to use SIMPLE SWITCHER buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. Operating with an input voltage range of 6 - 42V, the

C0805C331G1GAC

Abstract: C2012X7R2A103K C4532X7R2A225M LM5576 LM5576MH LM5576MHX TSSOP-20 100v 3A ultra fast recovery schottky diode 12V, 4.2A DIODE schottky LDO regulator 51A
Contextual Info: LM5576 75V, 3A Step-Down Switching Regulator General Description Features The LM5576 is an easy to use SIMPLE SWITCHER buck regulator which allows design engineers to design and optimize a robust power supply using a minimum set of components. Operating with an input voltage range of 6 - 75V, the