CALCULATION OF SWITCHING FREQUENCY Search Results

4712 mosfet

Abstract: Amp. mosfet 500 watt 50 Amp 100 volt mosfet 300 watt mosfet amplifier mosfet 4712 switching power supply design 50 Watt MOSFET amplifier mathcad buck INDUCTOR DESIGN AN-1197 LM5642
Contextual Info: SWITCHING POWER SUPPLY DESIGN: PWM Current Mode, Dual Synchronous Buck Converter: LM5642 Michele Sclocchi michele.sclocchi@nsc.com National Semiconductor Notes: Write down the power supply requirements on : Get the results on: Xxx := Rsults xx := This Mathcad file helps the calculation of the external components dual synchronous buck

APP4215

Abstract: DS2712 DS2715
Contextual Info: Maxim > App Notes > BATTERY MANAGEMENT Keywords: switching speed, switchmode, frequency, calculation, inductor, inductor selection, battery charger ics, battery chargers, nimh charge controllers, smart charger, nimh, chargers, batteries, packs, ds2712, ics,

DS2715

Abstract: APP4214
Contextual Info: Maxim > App Notes > BATTERY MANAGEMENT Keywords: switching speed, frequency, calculation, inductor, inductor selection, battery charger ics, battery chargers, nimh charge controllers, smart charger, nimh, chargers, batteries, packs, ds2715, ics, circuits, low

R2A20134

Abstract: RKS160AKU diode 1n4007 toshiba triac BT 130 grm188b31h104k EKY-500ELL101MHB5D EE16c SR732ATTDR GRM188B31H473K R2A20134SP
Contextual Info: APPLICATION NOTE R2A20134SP R03AN0004EJ0100 Rev.1.00 Sep 16, 2011 Application Note 1. General Description R2A20134SP is a control IC for LED lighting. It has two operation modes, Critical Conduction mode CRM and fixed switching frequency mode. User can choose one suitable mode for their purpose.

TDA9118

Abstract: STV9302A stv9302a equivalent STV6888 STV9302A datasheet stv6888 equivalent operational amplifier discrete schematic TDA911X 330nF capacitor STV6889
Contextual Info: AN1880 APPLICATION NOTE Using the OPTIMWATT STV9383 in a Monitor Philippe Maige, Display and Scalers Application Lab INTRODUCTION In conventional TVs, the horizontal frequency is fixed and equal to either 15 KHz or 31KHz. In a monitor, however, the horizontal frequency can vary anywhere from 30KHz to 90KHz, or more. In

E-MOSFET

Abstract: S 170 MOSFET TRANSISTOR RLED6 emosfet MOSFET QG CPC1580 SA24A SUD23N06-31L SUD45N05-20L AN-201
Contextual Info: CPC1580 Application Technical Information Application Note AN-201 1 Using the CPC1580 Isolated Gate Driver IC 2 The CPC1580 is an excellent choice for remote switching of DC and low frequency loads where isolated power is unavailable. The device uses external

DC Link capacitor calculation

Contextual Info: Medium Power Film Capacitors Application Notes INDUCTION HEATING FUNCTION, PRODUCTS APPLICATIONS DC Filtering Local thermal treatment, metallic surface hardening, pipe welding, tin coating treatment,. The purpose of the product is to filter the high frequency

DC Link capacitor calculation

Abstract: resonant converter for welding cardiac defibrillator and its application circuit for wind mill tramway resonant converter for induction heating 16uF 1000V Electrolytic Capacitor Flash lamp 8800F film capacitors TPC
Contextual Info: Medium Power Film Capacitors Application Notes INDUCTION HEATING FUNCTION, PRODUCTS APPLICATIONS DC Filtering Local thermal treatment, metallic surface hardening, pipe welding, tin coating treatment,. The purpose of the product is to filter the high frequency

DC Link capacitor calculation

Abstract: resonant converter for welding circuit for wind mill electrolytic capacitor 400uf Converter for Induction Heating resonant converter for induction heating tramway GTO catalog 300kVar High Frequency Induction Heating
Contextual Info: Medium Power Film Capacitors Application Notes INDUCTION HEATING FUNCTION, PRODUCTS APPLICATIONS DC Filtering Local thermal treatment, metallic surface hardening, pipe welding, tin coating treatment,. The purpose of the product is to filter the high frequency

10S2P

Abstract: power inductor AAT1239-1 CDRH3D18-100NC CDRH3D18-100 CDRH2D18 inductor 2r2 LED power INDUCTOR AAT12391-1 SS16L
Contextual Info: APPLICATION NOTE AN-124 AAT1239-1 Enhanced Efficiency Application Solution Introduction The AAT1239-1 is a varied frequency, constant current boost converter capable of driving up to 20 white LEDs. This paper discusses how to select external components for the AAT1239-1 and enhance its efficiency based on power loss

E-MOSFET

Abstract: emosfet Switchmode power supply handbook cpc1590 AN-202 FQP20N06L IRLWI630A
Contextual Info: CPC1590 Application Technical Information Application Note AN-202 1 Using the CPC1590 Isolated Gate Driver IC The CPC1590 is an excellent choice for remote switching of DC and low frequency loads where isolated power is unavailable. The device uses external

RB160M

Contextual Info: EVALUATION KIT AVAILABLE MAX17498A/MAX17498B/MAX17498C AC-DC and DC-DC Peak Current-Mode Converters for Flyback/Boost Applications General Description Benefits and Features The MAX17498A/MAX17498B/MAX17498C devices are current-mode fixed-frequency flyback/boost converters

E-MOSFET

Abstract: emosfet R00C
Contextual Info: INTEGRATED CIRCUITS DIVISION Application Note: AN-202 PRELIMINARY CPC1590 Application Technical Information AN-202-R00C PRELIMINARY 1 INTEGRATED CIRCUITS DIVISION 1 Using the CPC1590 Isolated Gate Driver IC The CPC1590 is an excellent choice for remote switching of DC and low frequency loads where

fbt bsc

Abstract: MSOP-8 PFM light load
Contextual Info: LX1910 I N T E G R A T E D High Frequency Step Down Regulator P R O D U C T S P RELIMINARY D ATA S HEET KEY FEATURES DESCRIPTION to maximize user flexibility in the selection of output inductance and capacitance. With a minimum duty cycle of 0%, the LX1910 does not require a

Contextual Info: Application Note 1039 Design and Application Notes for AP3768 System Solution Prepared by Liu Lei System Engineering Dept. 1. Introduction The AP3768 is the generation II Primary Side Regulation PSR controller, which uses Pulse Frequency Modulation (PFM) method to realize

ccm flyback

Abstract: RB160M
Contextual Info: 19-6043; Rev 1; 3/12 EVALUATION KIT AVAILABLE MAX17498A/MAX17498B/MAX17498C AC-DC and DC-DC Peak Current-Mode Converters for Flyback/Boost Applications General Description Benefits and Features The MAX17498A/MAX17498B/MAX17498C devices are current-mode fixed-frequency flyback/boost converters

Contextual Info: 19-6043; Rev 1; 3/12 EVALUATION KIT AVAILABLE MAX17498A/MAX17498B/MAX17498C AC-DC and DC-DC Peak Current-Mode Converters for Flyback/Boost Applications General Description The MAX17498A/MAX17498B/MAX17498C devices are current-mode fixed-frequency flyback/boost converters

RB160M

Contextual Info: 19-6043; Rev 1; 3/12 EVALUATION KIT AVAILABLE MAX17498A/MAX17498B/MAX17498C AC-DC and DC-DC Peak Current-Mode Converters for Flyback/Boost Applications General Description Benefits and Features The MAX17498A/MAX17498B/MAX17498C devices are current-mode fixed-frequency flyback/boost converters

MAX17497

Abstract: max1794 RB160M FQD1N80TM
Contextual Info: 19-6043; Rev 0; 9/11 EVALUATION KIT AVAILABLE MAX17498A/MAX17498B/MAX17498C AC-DC and DC-DC Peak-Current-Mode Converters for Flyback/Boost Applications General Description Benefits and Features The MAX17498A/MAX17498B/MAX17498C devices are current-mode fixed-frequency flyback/boost converters

calculation of IGBT snubber

Abstract: Snubber circuits theory, design and application 1 Snubber circuits theory, design and application calculation of diode snubber tranzorb diode igbt types IGBT snubber for inductive load APT0404 TRANZORB Snubber circuits theory
Contextual Info: Application Note APT0404 December 2004 Turn-Off Snubber Design for High Frequency Modules Serge Bontemps R & D Manager Advanced Power Technology Europe, Chemin de Magret, 33700, Merignac, France Turn-off snubbers are passive circuits made of diodes, resistors and capacitors dedicated to

Q0-Q15

Contextual Info: pASIC 1 FAMILY Power vs Operating Frequency pASIC 1 FAMILY POWER CALCULATIONS Bipolar devices draw similar amounts of current regardless of frequency. CMOS devices use power in relation to the switching frequency, in addition to drawing a nominal amount of static Icc. CMOS power calculations are

EPC9001

Abstract: j6 con4 EPC900 keystone 5015 SIA513 RMCF0603FT00R0 UMK325BJ475M 68602-224HLF resistor 47 ohm GRM188R71H102KA01D
Contextual Info: * Assumes inductive load, maximum current depends on die temperature – actual maximum current with be subject to switching frequency, bus voltage and thermals. # Limited by time needed to ‘refresh’ high side bootstrap supply voltage. VPWM Minimum ‘High’ State Input Pulse Width

202371A

Contextual Info: APPLICATION NOTE AAT1239-1 Enhanced Efficiency Application Solution Introduction The AAT1239-1 is a varied frequency, constant current boost converter capable of driving up to 20 white LEDs. This paper discusses how to select external components for the AAT1239-1 and enhance its efficiency based on power loss

Q0-Q15

Contextual Info: pASIC 1 FAMILY POWER CALCULATIONS Bipolar devices draw similar amounts of current regardless of frequency. CMOS devices use power in relation to the switching frequency, in addition to drawing a nominal amount of static Icc. CMOS power calculations are therefore based upon combining both static power and