AN1376 Search Results

NTC16

Abstract: flyback transformer eldor MKS1858-6-0-808 STP4NK60ZFP resistor pth pTH murata LS220 ABL eldor electrolytic capacitors of 100uf,16v LS220
Contextual Info: AN1376 APPLICATION NOTE 25W QUASI-RESONANT FLYBACK CONVERTER FOR SET-TOP BOX APPLICATION USING THE L6565 This document describes a reference design of a 25W Switch Mode Power Supply dedicated to Set-Top Box application. The board accepts full range input voltage 90 to

MKS 1858-6-0-808

Abstract: circuit diagram of smps 220v Rubycon 400V 100uF capacitor NTC16 8 dip smps ic l6565 trafo 2kv flyback transformer eldor trafo 1a L6565 rubycon yxf
Contextual Info: AN1376 APPLICATION NOTE 25W QUASI-RESONANT FLYBACK CONVERTER FOR SET-TOP BOX APPLICATION USING THE L6565 by Claudio Spini This document describes a reference design of a 25W Switch Mode Power Supply dedicated to Set-Top Box application. The board accepts full range input voltage 90 to 265Vrms and delivers 5 outputs. It

IC L6565 equivalent

Abstract: IC L6565 equivalent L6565 L6565 L6565B bc337 darlington equivalent Self-Oscillating Flyback flyback l6565 UA317 tl431 feedback voltage pc817
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

isl6266a

Abstract: isl6266 ISL6266AHRZ isl6266 hrz ISL6266AHRZ-T ISL6266AIRZ mPGA479 ISL6266HRZ ISL6266AEVAL1Z ISL6266HRZ-T
Contextual Info: ISL6266, ISL6266A Data Sheet Two-phase Core Controllers Montevina, IMVP-6+ June 14, 2010 FN6398.3 Features The ISL6266 and ISL6266A are two-phase buck converter regulators implementing Intel® IMVP-6 protocol with embedded gate drivers. Both converters use interleaved

Contextual Info: ISL6266, ISL6266A Data Sheet Two-phase Core Controllers Montevina, IMVP-6+ June 14, 2010 FN6398.3 Features The ISL6266 and ISL6266A are two-phase buck converter regulators implementing Intel® IMVP-6 protocol with embedded gate drivers. Both converters use interleaved

isl6266a

Abstract: isl6266 ISL6266AHRZ ISL6266HRZ isl6266 hrz AN1376 ULTRASONIC CCS C 2750k ISL6266AHRZ-T mPGA479
Contextual Info: ISL6266, ISL6266A Data Sheet Two-phase Core Controllers Montevina, IMVP-6+ July 31, 2009 FN6398.2 Features The ISL6266 and ISL6266A are two-phase buck converter regulators implementing Intel® IMVP-6 protocol with embedded gate drivers. Both converters use interleaved

IC L6565

Abstract: equivalent L6565 IC L6565 equivalent L6565 Self-Oscillating Flyback mosfet Self-Oscillating Flyback Converters STP7NB80FI optocoupler PC817 pc817 Ringing Choke Converter smps with tl431 and pc817
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

PNP 2n3906 331

Abstract: 2n3906 equivalent transistor 2N4148 2n3906 331 transistor kt 925 NPn 2n3906 331 capacitor 476 10k 935 ltc3880 LTspice npn equivalent of 2n3906 transistor
Contextual Info: Application Note 137 May 2012 Accurate Temperature Sensing with an External P-N Junction Michael Jones Introduction Temperature Sensing Theory Many Linear Technology devices use an external PNP transistor to sense temperature. Common examples are LTC3880, LTC3883 and LTC2974. Accurate temperature

L6565B

Abstract: L6565D
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

3com sfp

Abstract: simple home alarm circuit diagram Lightwave Microsystems AN137 X9520
Contextual Info: Application Note AN137 The X9520 in Fibre Channel / Gigabit Ethernet Applications Joe Ciancio, Product Development Engineer, Xicor Inc. Ali Ghiasi, Senior Staff Engineer, Computer Systems, Sun Microsystems. July 21, 2000 ABSTRACT This Application Note looks at the functionality and

L6565B

Abstract: IC L6565 stp7nb80fi IC L6565 equivalent N57T L6565 equivalent L6565 5v L6565D STP7NB80FI mosfet ETD29x16x10
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMIUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

L6565B

Abstract: IC L6565 equivalent equivalent L6565 STP7NB80FI IC L6565 STP4NA80FP pc817 Ringing Choke Converter ETD29x16x10 kpc817 tl431 feedback voltage pc817
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

DS92LV18

Abstract: DS92LV16 EP1C12 SCAN921821 AN-1376 cyclone FPGA 144 simultaneous switching output
Contextual Info: National Semiconductor Application Note 1376 Lee Sledjeski April 2005 1.0 Introduction FPGA allows the FPGA I/O to be programmed at the minimum CMOS drive level of about 2 mA. Reducing the drive level lowers the dynamic currents within the FPGA curbing the generation of SSO noise. Noise generated in the I/Os on

IC L6565

Abstract: 90W ac adapter schematic L6565 ETD44 equivalent L6565 flyback l6565 47 mH, 1.3A EPCOS L6565B L6565-based 90w flyback
Contextual Info: AN1657 APPLICATION NOTE SMPS FOR CRT MONITORS WITH THE L6565 by Claudio Adragna This note shows and discusses a couple of designs of a 90W wide-range-mains SMPS for CRT monitor based on the QR controller L6565. The first design refers to a low-cost SMPS that meets current EnergyStar requirements on OFF-mode consumption Pin<2W . The second design is an evolution of the

CRAMER N85158

Abstract: cramer transformers N85158 efd 12-pin smps transformers 1N4148W SOD123 L6565D n851 OPTO isolator in mil grade ST L6565 AN2487
Contextual Info: AN2487 Application note STEVAL-TSP001V1 Power over ethernet powered device demo board Introduction This application note describes the Root Part Number 1 demonstration board for the evaluation of a Power over Ethernet PoE system used to transmit electrical power, along

fm transistor radio mini project

Abstract: hdmi to SDI IC Nelco-4000 ibis sata 10G serdes bert LMH0346 ibis CAT-5 Sdi IC Nelco-4000-6 IC 922 Ten Ways to Bulletproof RS-485 Interfaces
Contextual Info: LVDS オーナーズ ・ マニュアル 高速 CML と シグナル ・ コンディショニング 第4版 2008 高速インタフェース ・ テクノロジーの概要 . 9-13 ネットワーク ・ トポロジー . 15-17 SerDes アーキテクチャ . 19-29

pc817 Ringing Choke Converter

Abstract: L6565B STP7NB80FI IC L6565 equivalent Self-Oscillating Flyback mosfet bc337 darlington equivalent STP7NB80FI mosfet equivalent L6565 STP4NA80FP 12V 2A SMPS circuit diagram
Contextual Info: L6565 QUASI-RESONANT SMPS CONTROLLER QUASI-RESONANT QR ZERO-VOLTAGESWITCHING (ZVS) TOPOLOGY • LINE FEED FORWARD TO DELIVER CONSTANT POWER vs. MAINS CHANGE ■ FREQUENCY FOLDBACK FOR OPTIMUM STANDBY EFFICIENCY ■ PULSE-BY-PULSE & HICCUP-MODE OCP ■ ULTRA-LOW START-UP (< 70µA) AND

serdes hdmi optical fibre

Abstract: camera-link to hd-SDI converter RS-485 spice camera-link to HDMI converter 10G BERT 40 pin lvds laptop connector camera-link to 3G-SDI converter hd-SDI deserializer LVDS HDMI cat5 specifications of tdr
Contextual Info: LVDS Owner’s Manual Including High-Speed CML and Signal Conditioning Fourth Edition 2008 High-Speed Interface Technologies Overview. 9-13 Network Topology. 15-17 SerDes Architectures. 19-29 Termination and Translation.31-38

ps2232

Abstract: cramer transformers N85158 1N4148W SOD123 AN1376 opto SO8 L6565 L6565D cramer transformers design EFD20 bobbin with 12 pin
Contextual Info: AN2487 Application note STEVAL-TSP001V1 power over Ethernet powered device demonstration board Introduction This application note describes the STEVAL-TSP001V1 demonstration board for the evaluation of a power over Ethernet PoE system used to transmit electrical power, along