31AWG Search Results

12 pin transformer eer28

Abstract: Nyleze 3M 1298 EER28 EER28 BOBBIN EER28 BOBBIN TRANSFORMER top224y bifilar insulation eer-28 EEr28 transformer
Contextual Info: Transformer, T1 Primary 1 +5V Main 6 2T #24AWGx2 WDG#1 12 37T #31AWG +5V Heater 2T #31AWG 3 Bias WDG#2 WDG#3 11 4 8 +12V 7 5T #31AWG x2 WDG#4 3T #24AWG 5 6 -30V 8 11T #38AWG WDG#5 10 +35V 9 8T #38AWG WDG#6 7 Electrical Specifications Electrical Strength Creepage

MTD20NO6HD

Abstract: mbro530 MBRO530T1 PC40-EPC17 LT1693 inverter 12v to 220 ac mosfet based CPHS-EFD20-1S-10P marking t1c SMD403 2N7002 PHILIPS MARKING
Contextual Info: LTC1693 High Speed Single/Dual MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance. Dual MOSFET Drivers in SO-8 Package

3C80 philips

Abstract: 3C80 ferrite 55310-A2 3C80 transformer PHILIPS toroidal core 3f3 MOC8100 3C80 3c80 material 55310-a2 core EI187-3C80
Contextual Info: UNITRODE CORPORATION APPLICATION NOTE U-150 APPLYING THE UCC3570 VOLTAGE-MODE PWM CONTROLLER TO BOTH OFF-LINE AND DC/DC CONVERTER DESIGNS By Robert A. Mammano Vice President Advanced Technology Abstract BiCMOS processing provides the key to a new integrated PWM controller which offers higher switching frequencies at lower quiescent current drain while including new innovations in both performance and protection features.

Contextual Info: u n _ m m TECHNOLOGY s » Isolated F lyback S w itching R egulator KfìTUlKS DCSCRIPTIOn • No Transformer “Third Winding” or Optoisolator Required ■ ±5% Accurate Output Voltage Without User Trims See Circuit Below

irf3205 mosfet transistor

Contextual Info: LT1339 High Power Synchronous DC/DC Controller U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT 1339 is a high power synchronous current mode switching regulator controller. The IC drives dual N-channel MOSFETs to create a single IC solution for high

Contextual Info: LT1425 Isolated Flyback Switching Regulator FEATURES • ■ ■ ■ ■ ■ ■ U ■ DESCRIPTION No Transformer “Third Winding” or Optoisolator Required ±5% Accurate Output Voltage Without User Trims See Circuit Below Resistor Programmable Output Voltage

DIODE 248

Contextual Info: CRD1616-8W CRD1616-8W 8 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1616-8W reference design demonstrates the performance of the CS1616 single stage dimmable AC/DC LED driver IC with a 250mA output driving 10  LEDs in

carli mpx

Abstract: Adjustable Power Supply Schematic Diagram circuit diagram of alpha 400 power supply MP ee25 transformer SK Series yageo chopper transformer winding variable power supply circuit switching power supply transformer construction yw-360-02b EE25 transformer
Contextual Info: Title Reference Design Report for a 36 W Continuous, 72 W Peak Power Supply Using PKS606YN Specification 90 – 265 VAC Input, 12 V, 36 W Continuous 72 W Peak Output Application Variable Speed Motor Drive Author Power Integrations Applications Department

thermistor TH101

Abstract: CR102 zener diode phillips BC series transistors 204T250 Pulse Transformer c308 CNY17-2Z power mosfet irf 2205 T106-18 IC 74C14 cr104 Mechanical Latch Block
Contextual Info: Designing Power Supplies Using Intersil’s XDCP Mixed Signal Products Application Note July 7, 2005 AN139.0 Author: Bill Slack Abstract The objective of this Application Note is to illustrate the use of a Intersil XDCP® Digitally Controlled Potentiometer in the design of switching power supply. A

flyback transformer for medical

Abstract: LPE-4841-A flyback transformer design MBR0540LT 240 AC to 12V AC transformer circuit diagram 240 AC to 12V dc transformer 9V 1A Transformer specification Snubber circuits theory, design and application LPE-4841-A307 pulse transformer wind 400 v
Contextual Info: LT1425 Isolated Flyback Switching Regulator U FEATURES • ■ ■ ■ ■ ■ ■ ■ DESCRIPTION No Transformer “Third Winding” or Optoisolator Required ±5% Accurate Output Voltage Without User Trims See Circuit Below Resistor Programmable Output Voltage

PIN CONFIGURATION IC CD4047

Abstract: equivalent sd 4841 Mark Alexander A Current Feedback Audio Power Amp inverter circuit diagram using cd4047 LT1387 2N4957 model spice diagram sharp alexander TV circuits pin of ic cd4047 CD4047 application note cd4047 spice
Contextual Info: LINEAR TECHNOLOGY VOLUME VII NUMBER 1 FEBRUARY 1997 IN THIS ISSUE . . . COVER ARTICLE The New LT 1425 Isolated Flyback Controller . 1 Kurk Matthews The New LT1425 Isolated Flyback Controller Issue Highlights .2 by Kurk Matthews

power supply dvd player LG

Abstract: LNK626PG B49 diode smd B34 SMD ZENER DIODE lnk624pg core EEL16 transformer LNK623PG smd DIODE B34 EE16 429 FR104 diode
Contextual Info: Application Note AN-45 LinkSwitch-CV Family Design Guide Introduction The LinkSwitch-CV family is a highly integrated monolithic switching IC designed for off-line power supplies up to 17 W. Ideally suited for DVD player and Set-top box applications, LinkSwitch-CV provides constant voltage without using an

3C80 philips

Abstract: 3C80 ferrite 55310-a2 core PHILIPS toroidal core 3f3 3C80 55310-A2 UCC3570 3c80 transformer core CORE i3 ARCHITECTURE 3C80 SPECIFICATIONS
Contextual Info: UNITRODE CORPORATION APPLICATION NOTE U-150 APPLYING THE UCC3570 VOLTAGE-MODE PWM CONTROLLER TO BOTH OFF-LINE AND DC/DC CONVERTER DESIGNS By Robert A. Mammano Vice President Advanced Technology Abstract BiCMOS processing provides the key to a new integrated PWM controller which offers higher switching frequencies at lower quiescent current drain while including new innovations in both performance and protection features.

MBR0540LT1

Abstract: CTX02-13483 philips flyback transformer 14 pin 13483 2N3904 158 12 pin flyback transformer PHILIPS a 13483 philips EFD core CTX02 CTX02-13509
Contextual Info: advertisement Isolated DC/DC Conversion with the LT1425 – Design Note 158 Kurk Mathews The LT 1425 is designed for applications requiring well regulated, isolated voltages, such as isolation amplifiers, remote sensors and telecommunication interfaces. A unique

MAGNETICS 77439-A7

Abstract: diode d1n914 irf3205 mosfet transistor irf3205 DRIVER IN5819 schottky diode symbol d1n914 500W buck regulator efd20 equivalent ztx649 IR30BQ060
Contextual Info: LT1339 High Power Synchronous DC/DC Controller U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT 1339 is a high power synchronous current mode switching regulator controller. The IC drives dual N-channel MOSFETs to create a single IC solution for high

top*254 pn

Abstract: top254en EEL22 DER-233 TOP254 BE-22-118CP samxon capacitor TDK PC44 BE-22-1110CP C0805C101J1GACTU
Contextual Info: Design Example Report Title 15 W Power Supply with Low No-load, High Efficiency Power Consumption Using TOP254EN Specification 90 VAC – 265 VAC Input; 6 V, 2.5 A Output Application Adapter Author Applications Engineering Department Document Number DER-233

DIODE smd B44

Abstract: b48 DIODE schottky ef12.6 core transformer creepage schottky b37 diode LNK613DN lnk616 ee10 transformer EEL-19 EE16W lnk616 pg
Contextual Info: Application Note AN-44 LinkSwitch-II Family Design Guide Introduction of no-load power at 230 VAC without an external bias circuit, and to consume below 30 mW with a low-cost bias circuit. This simplifies meeting harmonized energy efficiency standards such

irf3205 mosfet transistor

Abstract: MAGNETICS 77439-A7 lt1339 application note ZTX649 equivalent 500W buck converter lt1339 Synchronous dc buck converter diode d1n914 CTX02-13400-X2 dc converter irf3205 LT1339
Contextual Info: LT1339 High Power Synchronous DC/DC Controller U DESCRIPTION FEATURES • ■ ■ ■ ■ ■ ■ ■ The LT 1339 is a high power synchronous current mode switching regulator controller. The IC drives dual N-channel MOSFETs to create a single IC solution for high

ha 13483

Abstract: lt424 LT 424 LT 543 IC pin diagram flyback transformer data pin regulation using optoisolator feedback CTX02-13483 VP1-0190 LT1425
Contextual Info: Q M D T iM L [ f ^ E U E & S E Final Electrical Specifications / T LT1424/LT1425 u TECHNOLOGY r r e t Isolated Flyback Switching Regulators M a r c h 1997 F€flTUft€S DCSCfflPTIOfl • No Transform er “Third W inding” or Optoisolator Required ■ ± 5 % Accurate Output Voltage W ithout User Trims

inverter 12v to 220 ac mosfet based

Abstract: 74hc14 philips 2N7002 N-CHANNEL MOSFET PHILIPS MARKING siemens bat54 transistor irf620 motor driver full bridge 6A LT1693 a1693 lt1339 application note BS170
Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.

thermistor TH101

Abstract: pin diagram of ic 7493 240vac to 12vdc rectifier circuit AMPLIFIER U201 CR25 resistor 120vac to 12vdc schematic diagram 120v AC to 12V dc transformer CNY17-2Z CR102 zener diode DE C308
Contextual Info: Application Note AN 139 Designing Power Supplies Using Xicor’s XDCP Mixed Signal Products By Bill Slack Abstract I. The objective of this Application Note is to illustrate the use of a Xicor XDCP Digitally Controlled Potentiometer in the design of switching power supply. A

PR14X8

Abstract: transistor smd ALG DPA424 DPA424G lm431 smd UV 471 DER-43 EN55022B LM431 transistor tip 3005
Contextual Info: Design Example Report Title 24.5W Power Supply using DPA424G Specification Input: -40 VDC Output: -28V / 480mA, -65 V / 170mA Application Telecom Line Card Author Power Integrations Applications Department Document Number DER-43 Date November 18, 2004 Revision

Contextual Info: Final Electrical Specifications LT1424/LT1425 X T L TECHNOLOGY Ifflß Isolated Flyback Switching Regulators M arch 1997 F€flTUR€S DCSCRIPTIOn • No Transformer “Third Winding” or Optoisoiator Required ■ ±5% Accurate Output Voltage Without User Trims

LTC1154

Contextual Info: LTC1693 High Speed Single/Dual N-Channel MOSFET Drivers FEATURES • ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LTC 1693 family drives power N-channel MOSFETs at high speed. The 1.5A peak output current reduces switching losses in MOSFETs with high gate capacitance.