UIC 60 Search Results

Contextual Info: CUSTOMER NO.: PRODUCT DRAWING FILENAME: ORIGINAL DATE: DRAWING OF T B 1 0 1 2 S □ REVISION: 17 Mar 2005 INITIATE TOTAL PAGES: EFFECTIVE DATE: REVISE REVISIONS REV DATE DESCRIPTION A C hange c uic uit d ia g ra m . B C hange c uic uit d ia g ra m re d u c e

Contextual Info: ICS1700A Integrated Circuit Systems, Inc. A d v a n c e In fo rm a tio n Q uic kS a ve rll Controller for N ic k e l-C a d m iu m Batteries General Description Features The ICS1700A QuickSaverll device is a CMOS monolithic integrated circuit that supervises and controls the charge

0206 351.16

Abstract: 64G1
Contextual Info: Feed through terminal blocks Screw clamp to quick-connect, DIN 1-3 6 Q co uic nn k ec t M 4/6.2G - 4 mm² blocks - 6 mm .236" spacing   Characteristics Solid Stranded Wire size quick-connect mm² / AWG Voltage Current Rated wire size Wire stripping length

ADSL Modem circuit diagram of data communication

Abstract: ADSL modem schematics schematic adsl modem board ADSL Modem circuit diagram hc02 fairchild ADSL MODEM PROGRAMMING LDPC encoder decoder ip core HAD08 adsl splitter dslam circuit diagram p5200
Contextual Info: AccessRunner ADSL-USB Modem Device Set Scalable, Discrete Multitone-based, T1.413 Issue 2, G.992.1 G.dmt , and G.992.2 (G.lite) - Compliant ADSL Modem Device Set Data Sheet Conexant Proprietary Information Doc. No. 100427B May 4, 2000 AccessRunner ADSL-USB Modem Device Set Data Sheet

Contextual Info: r= 7 S G S - T H O M S O N ^ 7 STU2071 4B3T U IN TERFAC E CIRCUIT PRELIMINARY DATA • 4B3T TWO-WIRE U INTERFACE CIRCUIT FOR LT AND NT APPLICATION ■ 120 kbaud LINE SYMBOL RATE 120 SYM­ BOLS PER FRAME ■ SCRAMBLER AND DESCRAMBLER AC­ CORDING TO CCITT REC V.29

Contextual Info: S G S -T H O M S O N STU2071 4B3T U INTERFACE CIRCUIT PRELIMINARY DATA 4B3T TWO-WIRE U INTERFACE CIRCUIT FOR LT AND NT APPLICATION 120 kbaud LINE SYMBOL RATE 120 SYM­ BOLS PER FRAME SCRAMBLER AND DESCRAMBLER AC­ CORDING TO CCITT REC V.29 BARKER CODE (11 SYMBOLS) SYNCHRO­

Contextual Info: î ’ja j C 7 ^ 7 /, S G S -T H O M S O N STU2071 4B3T U INTERFACE CIRCUIT PRELIMINARY DATA . • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ . ■ 4B3T TWO-WIRE U INTERFACE CIRCUIT FOR LT AND NT APPLICATION 120 kbaud LINE SYMBOL RATE 120 SYM­ BOLS PER FRAME

16550 16 byte buffer

Abstract: How to convert 4-20 ma two wire transmitter modem 56k sram CPC700 F801 F880
Contextual Info: CPC700 User’s Manual Version 1.0 Issue Date: 3/22/99 Preliminary  International Business Machines Corporation, 1999. Printed in the United States of America 3/99. All Rights reserved. IBM Microelectronics, PowerPC, PowerPC 603e, RiscWatch, and AIX are trademarks of the IBM corporation. IBM and the IBM logo are registered trademarks of the IBM corporation. Other company names and

Contextual Info: o Part Numbering Discriminators for FM Part Number CD A LF 10M7 q w e r G A 001 -B0 t y u i yCenter Frequency/Tolerance qProduct ID Product ID CD Discriminators wOscillation Code Center Frequency Tolerance A Center Frequency mentioned by specification ±30kHz

DN4148

Abstract: 2N5109 spice power transistor bjt 1000 a 7432N 2n5109 transistor B9112 QN5109 TF011 bjt oscillator 2N5109
Contextual Info: New Models Simulate RF Circuits Its no news to those who simulate that the accuracy of SPICE is directly related to the accuracy of the models. What may be news is that simulation of high frequency circuits well into the gigahertz range is now possible due to the introduction of some new RF

PPC460GT-SUB1000T

Abstract: PPC460EX-SUB1000T PPC440EP-3JC533C PPC440EPX-NUA667T PPC440EPX-NUA400T PPC460GT embedded powerpc 460 PPC440GX-3RF533C PPC440GX-3NF667C PPC460
Contextual Info: Power Architecture Products Product Selector Guide Table of Contents Power Architecture 405 Family 405EP. 7 405EX. 8

8X376

Abstract: UTC 2003 8X372 8751 microcontroller 74S-I29-M913 marking TS5 LTR110
Contextual Info: REVISIONS DATE YR-MO-OA DESCRIPTION LTR Table I , change t QD2. APPROVED 1988 NOV 7 E d ito ria l changes throughout. REV SHEET REV SHEET REV STATUS OF SHEETS RE:V A SHEET 1 PMICN/A A 2 3 A 4 5 6 i A * Û AMSC N/A 8 9 10 11 12 15 16 17 18 19 M I C R O C I R C U IT S , D IG I T A L BIPOLAR 8 - B I T

Contextual Info: Schottky Barrier Diode Twin Diode m n n . SG40TC12M o u tlin e Package ! FT 0220G Unit : mm Weight 1.54g Typ nyHB-ë-(M ) 120V 40A 4.5 Feature > T j= 1 7 5 °C ' T j= 17 5°C >3 7 JL Æ -JL / K ' Full M o ld ed • Î Ë I r =60| j A 1 L o w Ir =60| j A

btf-22

Abstract: BTF22 RJ45C D915 LM294 R7330 103P 150P R15-24 N 78 bc LED
Contextual Info: LXD915 Reference Design Schematics Reference Design Schematics LXD915 Schematic, Sheet 1 of 1 DO + R2 8 100 1% L2 BEA D RP1 150X4B U7 DO 1 2 3 6 7 8 R26 J5 TX+ G ND TX- 16 15 14 TXO + G ND TXO - R X+ G ND R X- 3 6 1 2 D 11 LED 2 1 2 3 4 5 1 RJ-4 5C 11 10 9

power pc 460ex

Abstract: 405EX PPC405EX 460EX, lot DDR SDRAM Controller paging policy DDR1 pcb layout GCM modem M10 IBM PCI Express serdes architecture MACsec resistor AC03 philips
Contextual Info: Part Number 405EX Revision 1.12 - Novenber 20, 2007 405EX Preliminary Data Sheet PowerPC 405EX Embedded Processor Features • AMCC PowerPC 405 32-bit RISC processor core operating from 333MHz to 600MHz including 16KB I- and D-caches with parity checking

Contextual Info: APPENDIX D MC68MH360 PRODUCT BRIEF The MC68MH36Q is a derivative of the MC68360 QUICC. It is also known as the q u ic c 32.™ The QUICC32 has some modifications in the Communication Processor Module CPM hardware and a larger internal dual port RAM. These hardware changes in combination with

Contextual Info: [sO SURFACE MOUNT LED LAMP Super Bright 1206 CHIP TYPE - Round Top OPIiELECTfllllCS Super Bright Red QTLP652C-R Water Clear Super Bright Orange QTLP652C-E Water Clear Super Bright Yellow QTLP652C-Y Water Clear PACKAGE DIMENSIONS .126 (3.2) k These surface mount lamps are designed

AND8032

Abstract: MTP6N60M Christophe Basso Simulation of 3 phase common mode choke esh3 ESPC AND8032 PCB TL431 model SPICE lisn H.V capacitor 2100 vac
Contextual Info: AND8032/D Conducted EMI Filter Design for the NCP1200 Prepared by: Christophe Basso ON Semiconductor http://onsemi.com APPLICATION NOTE The Bulk Capacitor is a Natural Shield INTRODUCTION As Figure 1a depicts, an SMPS is supplied by a network made of a diode bridge rectifier and a bulk capacitor. Every

CMOS DIGITAL CAMERA 640x480

Abstract: programmable digital color sensor UIC1601 640x480 CMOS 24bit rgb sensor Correlated Double Sampling 60frames car camera
Contextual Info: UIC1601 Optical color matrix sensor 25 October 2004 Ver. 1.0 Preliminary Datasheet CMOS image sensor for cellular phones The UIC1601 cell phone sensor is a VGAx3 equivalent 1.3M for Bayer pattern resolution, progressive-scanned CMOS image sensor designed for Photo/Video cellular phone,

CO52

Abstract: ag23
Contextual Info: MICRO SWITCH F R E E P O R T . IL L IN O IS , U S A A D IV ISIO N O F H O N E Y W E L L FED. MFG. CODE 9 1 9 2 0 C A T A L O G L IS T IN G 13 AT 3 A SSEM BLYTOGGLE SWITCH NO TO C CIRCUITS MADE SWITCH NO. I NC TO C C IR C U IT MADE (SWITCH NO. 2) (MOMENTARY POSITION)

SW DIP8

Abstract: ucc 30
Contextual Info: НАУЧНО-ТЕХНИЧЕСКИЙ ЦЕНТР СХЕМОТЕХНИКИ И ИНТЕГРАЛЬНЫХ ТЕХНОЛОГИЙ. РОССИЯ, БРЯНСК К1156ЕУ5 НТЦ СИТ DC-DC КОНВЕРТЕР _ ОБЩЕЕ ОПИСАНИЕ К1156ЕУ5 - интегральная микросхема

KIA6225P/S

Contextual Info: SEMICONDUCTOR TECHNICAL DATA KIA6225P/S BIPOLAR LINEAR INTEGRATED CIRCUIT DUAL PRE-AMPLIFIER Dual pre amplifier for car or home stereo use. High voltage gain : Gvo=100dB Typ. at f=lkHz. Excellent channel separation and high ripple rejection. : CHsep=65dB(Typ.)

BDT84

Abstract: PHILIPS 1N BDT88 BDT81 BDT82 BDT83 BDT85 BDT86 BDT87 10-J11
Contextual Info: BDT81; BDT83 BDT85; BDT87 PHILIPS INT ERN ATI ON AL SLE T> m 7110â2b 00H330b 355 • PHIN SILICON PO W ER TRANSISTO RS N-P-N epitaxial base transistors in aTO-220 plastic envelope, designed for use in audio output stages and general amplifier and switching applications.

AN11261

Abstract: AN11156
Contextual Info: AN11261 Using RC Thermal Models Rev. 2 — 19 May 2014 Application note Document information Info Content Keywords RC thermal, SPICE, Models, Zth, Rth, MOSFET, Power Abstract Analysis of the thermal performance of power semiconductors is necessary to efficiently and safely design any system utilizing such