29OHM Search Results

18w cfl circuit

Abstract: OSRAM cfl OSRAM CFL transistor Electronic ballast electronic ballast 32w cfl lamp osram transistor Electronic ballast vogt inductors osram ballast circuit OSRAM DULUX el 18w OSRAM DULUX el electronic ballast 18w cfl lamp
Contextual Info: Application Note AN-1066 Procedures to Design 220VAC CFL Solutions with the IR2520D By Cecilia Contenti Table of Contents Page Typical Circuit for 220VAC CFL Applications .1

lead wire UL1015 awg20

Abstract: e115159 TI-044209-ME-EC EN61558 EN61558-2-4 2x 115v 50 Hz EN61558-1 thermal Fuse 125 temperature fuse
Contextual Info: Data sheet for General Purpose Toroidal Transformers – 50VA Encapsulated Series Primary 115V Secondary "% &' + )* Thermal fuse 125 0V 115V o ) $% &' ' ( * % &' 0V ,) Thermal fuse 125 0V Sec V (25VA) C o Sec V (25VA) C & () % &' 0V Dual Primary winding for connection in series or

vogt inductors

Abstract: OSRAM cfl electronic ballast 18w cfl lamp vogt inductors 5750924800 vogt inductors 570 dulux 5750924800 electronic ballast 32w cfl lamp OSRAM CFL transistor Electronic ballast IR2520D 50 W
Contextual Info: AN-1065 International Rectifier • 233 Kansas Street, El Segundo, CA 90245 ! USA Procedures to design 120VAC CFL solutions with the IR2520D By Cecilia Contenti Topics Covered Overview Typical Circuit for 120VAC CFL applications CFL Ballast Design Requirements & Constraints

AN1066

Abstract: electronic ballast 32w cfl lamp electronic ballast 18w cfl lamp OSRAM cfl IR2520D 50 W cfl ballast IR2520D power supply using IR2520 capacitor 220vac datasheet lamp running
Contextual Info: AN-1066 International Rectifier • 233 Kansas Street, El Segundo, CA 90245 ! USA Procedures to design 220VAC CFL solutions with the IR2520D By Cecilia Contenti Topics Covered Overview Typical Circuit for 220VAC CFL applications CFL Ballast Design Requirements & Constraints

e115159

Abstract: 2x 115v 50 Hz en61558 EN61558-1 lead wire UL1015 awg20 TI-044212-ME-ES EN61558-2-4
Contextual Info: Data sheet for General Purpose Toroidal Transformers – 50VA Economy Series Primary Secondary %' 115V +$ $* Thermal fuse 125 o $ &' () 0V ) * ' () 115V 0V ,$ Thermal fuse 125 o Sec V (25VA) C ( $ ' () 0V Sec V (25VA) C 0V Dual Primary winding for connection in series or

Contextual Info: Noise Suppression Products/EMI Suppression Filters > Ferrite Cores for EMI Suppression > Thin Type Sandwich Core Data Sheet 1 Ferrite Cores for EMI Suppression Thin Type Sandwich Core FSSA Series • Appearance ■ Dimensions D B C A T ■ Features 1. Thin-type sandwich core is 50% thinner

UL510FR

Abstract: FSSA220007RNN00S UL510-FR 028g FSSA220007RNN30S 079G
Contextual Info: Noise Suppression Products/EMI Suppression Filters > Ferrite Cores for EMI Suppression > Thin Type Sandwich Core Data Sheet 1 Ferrite Cores for EMI Suppression Thin Type Sandwich Core FSSA Series • Appearance / Dim. illustration ■ Features D B C A T 1. Thin-type sandwich core is 50% thinner

FSSA151005RNN

Contextual Info: Noise Suppression Products/EMI Suppression Filters > Ferrite Cores for EMI Suppression > Thin Type Sandwich Core Data Sheet 1 Ferrite Cores for EMI Suppression Thin Type Sandwich Core FSSA Series • Appearance / Dim. illustration ■ Features D B C A T 1. It achievers more light weight and

FSSA290005RNN

Abstract: FSSA220007RNN30S
Contextual Info: Noise Suppression Products/EMI Suppression Filters > Ferrite Cores for EMI Suppression > Thin Type Sandwich Core Data Sheet 1 Ferrite Cores for EMI Suppression Thin Type Sandwich Core FSSA Series • Appearance ■ Dimensions D B C A T ■ Features 1. Thin-type sandwich core is 50% thinner

electronic ballast 18w cfl lamp

Abstract: OSRAM cfl vogt inductors vogt inductors 5750924800 ge 26w cfl 18w cfl circuit vogt inductors 570 electronic ballast 32w cfl lamp CFL lamp IR2520D 50 W
Contextual Info: Application Note AN-1065 Procedures to Design 120VAC CFL Solutions with the IR2520D By Cecilia Contenti Table of Contents Page Typical Circuit for 120VAC CFL Applications .1

XAPP231

Abstract: XAPP230 X23106 AN-1115 EIA-644 LVDS Line Driver
Contextual Info: Multi-Drop LVDS with Virtex-E FPGAs  XAPP231 Version 1.0 September 23, 1999 Application Note: Jon Brunetti & Brian Von Herzen Summary This application note describes how to use LVDS signaling for high-performance multi-drop applications with Virtex-E FPGAs. Multi-drop LVDS allows

c 3807

Abstract: ttl cmos advantages disadvantages idt 3805 FCT3805 TRANSISTOR C 3807 transistor 805A
Contextual Info: CLOCK AND SIGNAL DISTRIBUTION USING IDT CLOCK BUFFERS APPLICATION NOTE AN-150 Integrated Device Technology, Inc. By Anupama Hegde INTRODUCTION Decoupling . 46 EMI 47 SUMMARY . 47