VOGT S1 Search Results

FSD210 dip-8

Abstract: VOGT EF20 48v 2.5a charger using uc3842 12v 5a charger using uc3842 KA5H0265RC 200V Zener Diode FSD210 KA5M0380R application note KA5L0380R. Application Zener C211
Contextual Info: FPS TM Fairchild’s Power Switch Analog Discrete Interface & Logic Optoelectronics For Switch Mode Power Supply Building Block Solutions for Multi-Market Applications Across the board. Around the world FPS ™ Design Guide Table Of Contents What is Fairchild Power Switch FPS™ .5

ac motor speed control circuit with triac

Abstract: BTA08 ST light dimmer schematics BTB16-600CW UNIVERSAL MOTOR SPEED CONTROL CIRCUIT ac motor speed control circuit diagram with triac BTB16-600bw application motor control vogt inductor Application TRIAC Light Dimmer with Schematic ac motor speed control using light dimmer Triac 3 kw dimmer schematic diagram BTA12 Application note light dimmer
Contextual Info: AN2263 Application note Universal motor speed control and light dimmer with Triac and ST7ULTRALITE microcontroller 1 Introduction This application note describes a traditional design solution for controlling a monophase motor or any AC load based on phase angle adjusting with a Triac or AC switch and

VALOR ST7033

Abstract: LF122C 80Z1209UNC 16PT-005B ycl 16pt-005b PTC1111-01 sf1043 80Z003E DPS05U09D PE-64382
Contextual Info: XDSL Transformers BOTHHAND PULSE MIDCOM BEL SCHOTT YCL DELTA SPEC LIN AD-1308S OTHER Compatible ICS COeV C1308 UMEC UT20135S Alcatel Release 3.0 and 4.0CP AD-2013 50623 PS102721 DT32-2003 612257 LUCENT Wildwirel/Tiger AD-2016 50624 PS107706 DT32-2006 632329

vogt 573 10 270 20

Abstract: VOGT 406 69 vogt b3 transformer vogt transformer 406 69 vogt 545 13 084 00 VOGT W1 573 10 270 20 vogt 406 47 VOGT 503 503 10 010 00 vogt 503 20 010 10 vogt
Contextual Info: :INDUCTIVE :COMPONENTS :CORES :AND KITS :MODULES :APPLICATIONS 2 A INDUCTIVE COMPONENTS A1 A2 A3 A4 A5 A6 A7 005 - 182 EMC POWER LINE EMC DATA LINE POWER FACTOR CORRECTION ENERGY TRANSFER ENERGY STORAGE SIGNAL TRANSMISSION CHECKLISTS 005-040 041-064 065-078

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

vogt s1 transformer

Abstract: Coutant Lambda Alpha 600W vogt m5 core LAMBDA Alpha 600W circuit AWG current rating" LAMBDA Alpha 600W ca600 alpha 600 coutant power supply 5V alpha 600 handbook
Contextual Info: Alpha Handbook Alpha600 600 Handbook Part Number 17130 Part Number 17130 Input Parameters Modules Note Output Range Current Slots Turns Max. Current Limit Settings for hazardous energy 4 6.6A - 2 10.6A - 4 6.6A - 2 10.6A - 1 33A - Standard Modules MAX. INPUT VOLTAGE RANGE

coutant

Abstract: CA1250 coutant 1000w LAMBDA Alpha 600W circuit 200AT coutant power supply 5V 151667-2 17027 612NGML Coutant Lambda Alpha 600W
Contextual Info: � Alpha 1000 Handbook Modules Input Parameters NOMINAL INPUT VOLTAGE RANGE 94.4 - 240VAC or 133VDC-328VDC MAX. INPUT VOLTAGE RANGE 85-264VAC or 120-360VDC INPUT FREQUENCY 47-63Hz MAXIMUM INPUT CURRENT 16 AMPS or 11 AMPS DC INRUSH CURRENT <50 AMPS Output Parameters

vogt v5

Abstract: vogt s1 VOGT V9 vogt s2 vogt v6 L4964 vogt l6 L4964HT MULTIWATT15 siemens toroidal core
Contextual Info: L4964 HIGH CURRENT SWITCHING REGULATOR . . . . . . . 4 A OUTPUT CURRENT 5.1 V TO 28 V OUTPUT VOLTAGE RANGE 0 TO 100 % DUTY CYCLE RANGE PRECISE ± 3 % ON-CHIP REFERENCE SWITCHING FREQUENCY UP TO 120 KHz VERY HIGH EFFICIENCY (UP TO 90 %) VERY FEW EXTERNAL COMPONENTS

F10AH fuse

Abstract: F10AH lambda 400w mf option alpha 400 LAMBDA alpha 400w PSU 151667-2 vogt s1 transformer coutant power supply 5V lambda alpha 400w AWG current rating"
Contextual Info: Alpha 400 Handbook Part Number 17128 Input Paremeters Modules Note Output Range Current Slots Turns Max. Current Limit Settings for hazardous energy Unit Limitations Unit Limitations Standard Modules NOMINAL INPUT VOLTAGE RANGE 100 - 240VAC MAX. INPUT VOLTAGE RANGE

F20AH

Abstract: 24v input vogt transformer coutant power supply 5V vogt m5 core 151667-2 200AT 280223-2 Coutant 15V vogt transformer coutant 004
Contextual Info: Alpha 1500 Handbook Part Number 17032 Modules Input Parameters NOMINAL INPUT VOLTAGE RANGE 85-264VAC INPUT FREQUENCY 47-63Hz MAXIMUM INPUT CURRENT 16 AMPS INRUSH CURRENT <50 AMPS PL Output Parameters Adjustment and Derating. The Alpha 1500 series is designed to provide a max output power of 1500W at nominal output

vogt l4

Abstract: L4964 vogt s1 vogt V5 L4964HT MULTIWATT15 Capacitor ec-35
Contextual Info: L4964 HIGH CURRENT SWITCHING REGULATOR . . . . . . . 4 A OUTPUT CURRENT 5.1 V TO 28 V OUTPUT VOLTAGE RANGE 0 TO 100 % DUTY CYCLE RANGE PRECISE ± 3 % ON-CHIP REFERENCE SWITCHING FREQUENCY UP TO 120 KHz VERY HIGH EFFICIENCY (UP TO 90 %) VERY FEW EXTERNAL COMPONENTS

vogt m7

Abstract: vogt b7
Contextual Info: r = 7 S G S 'T H O M S O N * J M , ü l œ iL i© T O ô M g i L 4964 HIGH CURRENT SWITCHING REGULATOR . . . . . . . • . . . 4 A OUTPUT CURRENT 5.1 V TO 28 V OUTPUT VOLTAGE RANGE 0 T 0 100 % DUTY CYCLE RANGE PRECISE (± 3 %) ON-CHIP REFERENCE SWITCHING FREQUENCY UP T 0 120 KHz

vogt transformer

Abstract: toko balun TOKO 10.7 transformer RT5880 VOGT pd Transformer tee transformer vogt Vogt Siemens Halbleiter
Contextual Info: ICs for Communications LNA/MIXER PMB 2332 Version 1.2 Preliminary Specification 06.96 T2332-XV12-P2-7600 GLWLRQ  3XEOLVKHG E\ 6LHPHQV $* %HUHLFK +DOEOHLWHU 0DUNHWLQJ .RPPXQLNDWLRQ %DODQVWUD‰H   0QFKHQ Siemens AG 1995. All Rights Reserved.

vogt v6

Abstract: vogt v4 vogt s1 L296 vogt V5 L296P 58930 scr preregulator L296PHT cogema coil 14.5
Contextual Info: L296 L296P HIGH CURRENT SWITCHING REGULATORS . . . . . . . 4 A OUTPUT CURRENT 5.1 V TO 40 V OUTPUT VOLTAGE RANGE 0 TO 100 % DUTY CYCLE RANGE PRECISE ±2 % ON-CHIP REFERENCE SWITCHING FREQUENCY UP TO 200 KHz VERY HIGH EFFICIENCY (UP TO 90 %) VERY FEW EXTERNAL COMPONENTS

scr preregulator

Abstract: vogt v6 L296 vogt s1 vogt v5 58930 Siemens EC 35/17/10 thomson gup toroid transistor 6c x vogt l4
Contextual Info: L296 L296P HIGH CURRENT SWITCHING REGULATORS . . . . . . . 4 A OUTPUT CURRENT 5.1 V TO 40 V OUTPUT VOLTAGE RANGE 0 TO 100 % DUTY CYCLE RANGE PRECISE ±2 % ON-CHIP REFERENCE SWITCHING FREQUENCY UP TO 200 KHz VERY HIGH EFFICIENCY (UP TO 90 %) VERY FEW EXTERNAL COMPONENTS

ru 94vo circuit

Abstract: ru 94vo F10AH fuse LAMBDA Alpha 600W circuit service LAMBDA Alpha 600W circuit vogt V5 lambda alpha 400w alpha 400W LAMBDA alpha 400 terminal STRIP 15A, 12 WAY S TYPE
Contextual Info: Alpha 800 Handbook Page 1 of 4 Part Number 17026 Input Parameters K L M N 18-29V 1.8-3.2V 5-16V 18-32V 5A(4,12) Curre nt 10A(11) 15A(14) 25A(2) 8A(3) 94.4 - 240VAC or 133VDC-328VDC Slo ts 2 2 1 1 1 MAX. INPUT VOLTAGE RANGE 85-264VAC or 120-360VDC Turns 4(16)

RT5880

Abstract: teflon s-parameter amplifier mixer circuit diagram smd 2a y 3c TOKO 10.7 transformer vogt transformer LO dc to 3 ghz lna amplifier application circuits vogt s2 t 2333 vogt l4
Contextual Info: S IE M E N S PMB 2333 Table of Contents Page 1 1.1 1.2 1.3 1.4 1.5 1.6 O v e rv ie w . 2 F e a tu re s. 2

l296 circuit diagram

Abstract: cogema coil 14.5
Contextual Info: r= 7 * ]§ » S G S -T H O M S O N EfflOg^OlILIigraOfflgi « -2 9 6 L296P HIGH CURRENT SWITCHING REGULATORS • 4 A OUTPUT CURRENT . 5.1 V TO 40 V OUTPUT VOLTAGE RANGE ■ 0 T 0 100 % DUTY CYCLE RANGE . PRECISE ±2 % ON-CHIP REFERENCE • SWITCHING FREQUENCY UP TO 200 KHz

transistor Electronic ballast "INDUCTION LAMP"

Abstract: schematic diagram Electronic Ballast HID Motorola, AN1049 MC14046 AN1049 EB407 5000 watts PURE SINE WAVE inverter schematic diagram induction lamp electronic ballast for fluorescent lighting t8 motorola BR480/D
Contextual Info: MOTOROLA Order this document by AN1543/D SEMICONDUCTOR APPLICATION NOTE AN1543 Electronic Lamp Ballast Design Prepared by: Michaël Bairanzade Power Semiconductor Applications Engineer Motorola SPS Toulouse ABSTRACT With a continuous growth rate of 20% per year, electronic

schematic diagram of energy saving lamps 25 watts

Abstract: Motorola, AN1049 ELECTRONIC BALLAST 150 W HID DIAGRAM Motorola Bipolar Power Transistor Data schematic diagram Electronic Ballast HID Motorola, eb407 Basic Halogen Converter EB407 Basic Halogen Converter FT1603A transistor bc557 eb407
Contextual Info: MOTOROLA Order this document by AN1543/D SEMICONDUCTOR APPLICATION NOTE AN1543 Electronic Lamp Ballast Design Prepared by: Michaël Bairanzade Power Semiconductor Applications Engineer Motorola SPS Toulouse ABSTRACT With a continuous growth rate of 20% per year, electronic

imo 2.1 un 1950 safety data sheet

Abstract: T2333 vogt transformer imo 2.1 un 1950 T2333-XV12-P3-7600 RT5880 RT5880 SMA amplifier mixer circuit diagram imo 2.2 un 1950 stocko mks
Contextual Info: ICs for Communications Mixer/Amplifier PMB 2333 Version 1.2 Preliminary Data Sheet 09.97 T2333-XV12-P3-7600 Edition 09.97 Published by Siemens AG, Bereich Halbleiter, MarketingKommunikation, Balanstraße 73, 81541 München Siemens AG 1995. All Rights Reserved.

hfc-s

Abstract: VAC L5051-X014-80 L5051-X014-80 l5051-x014 l5051 vogt 543 vogt f6 vogt 1N4148 PCM30
Contextual Info: DATA SHEET HFC - S 2BDS0 ISDN HDLC FIFO controller with S/T interface Copyright 1994 - 1997 Cologne Chip Designs All Rights Reserved The information presented can not be considered as assured characteristics. Data can change without notice. Parts of the information presented may be protected by

vogt S4

Contextual Info: 41D1C855D 863C@39 9C4>"24C 9C4>84<3696?S_^db_\\Ub gYdX CDQ^T@39Y^dUbVQSU Q^T ESXY`ce``_bd Copyright 1994-1999 Cologne Chip Designs GmbH All Rights Reserved The information presented can not be considered as assured characteristics. Data can change without notice.

Contextual Info: DATA SHEET HFC - S 2BDS0 ISDN HDLC FIFO controller with S/ T interfa ce Copyright 1994 - 1997 Cologne Chip Designs All Rights Reserved The information presented can not be considered as assured characteristics. Data can change without notice. Parts of the information presented may be protected by