TRANSFORMER 6620 Search Results

PEC 513 DIODE

Abstract: SEEQ EM2A seeq 8023 CT PR 3002 CA618 EM2C
Contextual Info: Ether Module -EM2C 10Base-2 Technology, Incorporated Ethernet Transceiver Module with on Board Isolation Transformer & DC/DC Converter April 1994 Introduction The Thin N et Cheapemet module provides a complete Local Area Network interface fo ra station, without a transceivercable. The EM2C is an encased module containing

ERJ3EKF0R00V

Abstract: SC792 BZV55C6V2 PMBT4401
Contextual Info: CRD1680-7W CRD1680-7W 7 Watt Reference Design Features General Description • Constant-current Output • Rated Output Power: 5.6W The CRD1680-7W reference design demonstrates the performance of the CS1680 dimmable LED driver for low-voltage lighting with a target output of 430mA driving

LET-60

Abstract: BZV55C6V2
Contextual Info: AN405 Design Example of CS1680 for 10W Dimmer-Compatible SSL Circuit Features General Description • Constant-current Output This application note provides an example of a Solid State Lighting SSL LED lamp circuit designed using Cirrus Logic’s CS1680, the CRD1680-10W-18V. The CRD168010W-18V reference design demonstrates the performance

12V 1A Transformer specification

Abstract: bcd AP3105
Contextual Info: Application Note 1062 High Voltage Green Mode PWM Controller AP3105 Prepared by Wu Qikun System Engineering Dept. 1. Introduction the PCB layout, and methods for reducing the standby power loss, and finally presents a demo design of a 12V 1A adaptor. The AP3105 is a low start-up current, current mode

TGCL-153P

Abstract: ADPD703HW4
Contextual Info: CRD1615A-8W CRD1615A-8W 8 Watt Reference Design Features General Description • Supports Cirrus Logic CS1615A • <1% Minimum Dimming Across a Broad Range of Dimmers The CRD1615A-8W reference design demonstrates the performance of the CS1615A single stage dimmable

Contextual Info: CRD1615-8W CRD1615-8W 8 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1615-8W reference design demonstrates the performance of the CS1615 single stage dimmable AC/DC LED driver IC with a 250mA output driving 10  LEDs in

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

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

wiring diagram audio amplifier ic 6283

Abstract: cd 6283 ic wiring diagram RCR42G 520-587900O-00C311 CM06FD Cherokee International Power sp215 rockwell collins 634 EIMAC Application Bulletin rcr20g TB101
Contextual Info: Collins instruction book Collins Government Telecommunications Group 30S-1 RF Linear Amplifier 520-587900O-00C311 12th Edition, 15 March 1976 * Rockwell International Collins instruction book 30S-1 RF Linear Amplifier Collins Government Telecommunications Group

"vacuum tube" 6a7

Abstract: rca tube 71a tube 6k6 RCA 2A3 rca tube 6e5 5y4g 6j7 g 6A6 twin triode tube rca 6c6 TRIODE RS 1016
Contextual Info: T E C H N I C A L S E R I E S RC-13 PRICE TWENTY-FIVE CENTS R E C E IV IN G TUBE MANUAL NON-RECEIVING TUBES In addition to the Receiving Tube Types described in this Manual, RCA M ANUFACTURING COMPANY, INC. S For For For For For For u p p l ie s T ubes A tnateur T ran sm itters

Contextual Info: Application Note 1057 Design and Application Notes for AP3107/H System Solution Prepared by Wang Zhao Kun System Engineering Dept. 100mW, and the application note will show you how to design a SMPS using AP3107/H. 1. Introduction The AP3107/H is a high voltage start-up, current

10w led diode

Contextual Info: CRD1631-10W CRD1631-10W 10 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1631-10W reference design demonstrates the performance of the CS1631 resonant mode AC/DC dimmable LED driver IC with constant current output

smd 42t

Contextual Info: CRD1630-10W CRD1630-10W 10 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1630-10W reference design demonstrates the performance of the CS1630 resonant mode AC/DC dimmable LED driver IC with constant current output

Contextual Info: CRD1611-8W CRD1611-8W 8 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1611-8W reference design demonstrates the performance of the CS1611 resonant mode AC/DC dimmable LED driver IC with a 550mA output driving

transformer 230v to 35v

Contextual Info: CDB1611A-8W CDB1611A-8W 8 Watt Demonstration Board Features General Description • Quasi-resonant Flyback with Constant-current Output • Rated Input Power: 7.7W The CDB1611A-8W reference design demonstrates the performance of the CS1611A resonant mode AC/DC

SCHEMATIC trailing edge dimmer

Abstract: 476 20k cap
Contextual Info: CDB1611-8W CDB1611-8W 8 Watt Demonstration Board Features General Description • Quasi-resonant Flyback with Constant-current Output • Rated Input Power: 7.7W The CDB1611-8W reference design demonstrates the performance of the CS1611 resonant mode AC/DC

Contextual Info: CDB1610-8W CDB1610-8W 8 Watt Demonstration Board Features General Description • Quasi-resonant Flyback with Constant-current Output • Rated Input Power: 8.3W The CDB1610-8W reference design demonstrates the performance of the CS1610 resonant mode AC/DC

ENV216

Contextual Info: CRD1610-8W CRD1610-8W 8 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1610-8W reference design demonstrates the performance of the CS1610 resonant mode AC/DC dimmable LED driver IC with a 460mA output driving

Contextual Info: CRD1611A-8W CRD1611A-8W 8 Watt Reference Design Features General Description • Quasi-resonant Flyback with Constant-current Output The CRD1611A-8W reference design demonstrates the performance of the CS1611A resonant mode AC/DC dimmable LED driver IC with a 550mA output driving

Transistor TT 2246

Abstract: transistor chn 911 TT 2246 transistor jm31a pulse electronics era transformer transistor chn 037 chn 809 S4744
Contextual Info: SEEQ T e chn o log y, Inco rp o rate d 83C96 10BASE-T Ethernet Transceiver With On Chip Filters and Digital Interface PRELIMINARY October 1994 SEEQ AutoDUPLEX Designation Sym bol indentifies product as A u to D U P L E X device. Description The 83C96 is a highly integrated analog interface 1C for

TGCL-153P

Contextual Info: CDB1610A-8W CDB1610A-8W 8 Watt Demonstration Board Features General Description • Quasi-resonant Flyback with Constant-current Output • Rated Input Power: 8.3W The CDB1610A-8W reference design demonstrates the performance of the CS1610A resonant mode AC/DC

JEC 600 watts amplifier schematic diagram

Contextual Info: ANALOG DEVICES 12-Bit, 65 MSPS IF Sampling A/D Converter AD6640 FEATURES 65 M S P S M in im u m S a m p le Rate 80 dB S p urio u s-F ree D y n a m ic Range IF -S a m p lin g to 70 M H z 710 m W P o w e r D issipation F U N C T IO N A L B L O C K D IA G R A M

2CSC400002D0208

Abstract: 12v 200 ohm 1c/o relay MTME-485-SUI-LCD-96 ABB RD2 earth leakage relay ANR96 ANR96-230 LEONE RELAY 12V 20A 5v 100 ohm 1c/o relay ABB anr96 MTME-485-LCD-96
Contextual Info: In consideration of modifications to Standards and materials, the characteristics and overall dimensions indicated in this catalogue may be considered binding only following confirmation by ABB Copyright 2010 ABB. All right reserved. System pro M compact and other modular devices for low voltage installation

Triac ZO 405 DF

Abstract: 2508059007Y0 uei310 vickers power amplifier uei 310 5943006401 TESLA NU 73 2506036007Y0 2773019446 soft ferrites philips handbook
Contextual Info: 14th Edition 1 Table of Contents Quality Policy Statement . I.F.C. Introduction . 2