SEO 47 Search Results

COM16

Abstract: KS0090 SEG60
Contextual Info: KS0090B 26 COM / 64 SEG DRIVER & CONTROLLER FOR STN LCD April. 1999. Ver. 0.2 Prepared by: Jeong-il, Seo Jiseo@samsung.co.kr Contents in this document are subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express

II0006

Contextual Info: 4 1.9 l±0.15 SLOT No. B CKT. No. I 1.2710.1 A 3 SEo f S3 HEET SLOT No. B CKT. No. I GND 52760-1400 CKT. No. 7 1 52760- 1400 CKT. No. I GND REC. HS'G ASS'Y 52760- 1400 CKT. No. 70 GND GND molex S H E E T 3 OF 3 # S E E S H E E T 3 OF tt-tW I S t M DRAW N

Contextual Info: B SEO LEOPS ’ON REV. DATE ON I M V Ü Q DCN "Ü M FT f NO. II D E S C R I P T I ON DR. 5 »F e b. 1997 39 501 ADDED D IM EN S IO N AND R E V IS E D NOTE . 26.Feb.1997 39602 R E V IS E D COLOR O F INS ULA TO R FROM BLACK TO N A T U R A L 25.Apr.1997 39964

HDP-20

Abstract: M001J
Contextual Info: DO NOT SCALE RAI SEO C A V I T Y IDENTIFICATION 1,0 H I G H DIMENSIONS METRIC IN mm PROJECTION NOTE5: 7 2 3 4 3,0 D IA TYP. THIRD ANGLE CONFI GURAT I ON A T H I S P L U G A C C E P T S S I Z E 2 0 P I N CONTACTS. M A X I M U M W I R E INSULATION RECOMMENDED FOR U S E W I T H

CRC-16

Contextual Info: a8e re AdLib OCR Evaluation systems Data Sheet, Rev. 3 October 2002 Agere Systems USB 2.0 UTMI USS2X1 A 8-Bit and USS2X1 WA 16-Bit PHY Chips =~ff Introduction Description The USS2X1 W A PHY chip provides a serial electrical interface that is compliant with the USB specification revision 2 .0. The chip contains sufficient

transistor 805A

Abstract: resistor 12c
Contextual Info: CS-3805A RESONANT MODE POWER SUPPLY CONTROLLER FEATURES: DESCRIPTION The CS-3805A, which employs fixed on-time, variable frequency control, is specifically intended for resonant mode power supply control applications. Two complementary outputs are capable of

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA 64K x 18 Bit Synchronous Pipelined Cache Tag RAM The MCM69T618 is a 1M bit synchronous fast static RAM with integrated tag compare function. It is designed to address tag RAM for 512KB, 1MB, or 2MB secondary cache as well as to be used as a data RAM for 512KB caches. This

Contextual Info: MOTOROLA Order this document by MCM69T61&/D SEMICONDUCTOR TECHNICAL DATA Product Preview MCM69T618 64K x 18 Bit Synchronous Pipelined Cache Tag RAM The MCM69T618 is a 1M bit synchronous fast static RAM with integrated tag compare function. It is designed to address tag RAM for 512KB, 1MB, or 2MB

32 bit adder

Abstract: 16-bit adder SM5833AF
Contextual Info: /" • High-speed, 16-bit High-speed Advanced Adder The SM5833AF can be employed as the input/out­ put adder in a video-bandwidth digital filter, ena­ bling two-dimensional filtering and other high­ speed signal processing. FEA TU R ES ■ 16-bit 2s-complement input/output data

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA 64K x 18 Bit Synchronous Pipelined Cache Tag RAM T h e M C M 69 T 6 1 8 is a 1M bit syn ch ro n o u s fa s t sta tic R AM w ith integ ra te d tag c o m pa re fun ctio n. It is desig n ed to a dd re ss ta g R AM fo r 512K B , 1MB, o r 2M B

LR4172E

Contextual Info: INDUSTRIAL ELECTRONIC T? D | 47443DH □□05737 L | T-V/-JJ IIGRCUICS” 4.0" 101.6mm LED DIGITAL DISPLAYS LR4171E LR4172E FEATURES • • • • • 4.0 inch character height (101.6mm) Viewing distance 100 feet High performance nitrogen-doped G a A sP on G a P

4-bit microcontroller

Abstract: 925A 4 Bit Microcontroller 47C925A
Contextual Info: TOSHIBA TMP47C925AG CMOS 4-Bit Microcontroller ment and operational confirmation of the 47C425A application systems programs . TMP47C925AG The 47C925A, which is equipped with an EPROM as program memory, is a piggyback type evaluator chip used for develop­

93929

Contextual Info: MOTOROLA Order this document by MCM69T618/D SEMICONDUCTOR TECHNICAL DATA 64K x 18 Bit Synchronous Pipelined Cache Tag RAM MCM69T618 The MCM 69T618 is a 1 M-bit synchronous fast static RAM with integrated tag compare function. It is designed to address tag RAM for 512KB, 1MB, or 2MB

"Video RAM"

Abstract: Video RAM SIO11 AK5216256WV-10 AK5216256WV-12 AK5216256WV-80 512X16 si08 VIDEO module
Contextual Info: ACCUTEK MICROCIR CU IT 3TE D • 01D7ti47 GODDOS"] 3 ■ ACU T-46-23-20 ACCUTEK MICROCIRCUIT AK5216256WV 256Kx 16/512x16 Dual Port Video RAM DESCRIPTION The Accutek AK5216256 is a 4 MEG-bit Dual Port Dynamic Memory Video Module. The module contains a 256K x 16 DRAM

Contextual Info: 12.00mm .472” Pitch EuroMax High-Power Pluggable Terminal Blocks FEATURES AND SPECIFICATIONS Take power to the max with the new EuroMaxTM high-power pluggable terminal blocks EuroMax terminal blocks are the highest amperage counts of 4 or higher to help ease de-plugging.

SMM70N05

Abstract: SMM70N06
Contextual Info: laC » SILICONIX INC C X '!5iliconix • 025*4735 o o m ì o i =i ■ SMM70N06, SMM70N05 incorporated N-Channel Enhancement Mode Transistors TO-2Q4AE TO-3 BOTTOM VIEW PRODUCT SUMMARY PART NUMBER V(BRJDSS -OJO», ■o (A) SMM70N0S 60 0.018 70 SMM70N05 50

VY86C061

Abstract: la22c 32-bit graphics processor chip
Contextual Info: V L S I TECHNOLOGY INC 47E ] • ci 3 f l f l 3 4 7 OOObafi ì T MVTI V L S I T ech n o lo gy, inc. 7% y 7- 3 % _ VY86CO6I ENHANCED 32-BIT RISC MICROPROCESSOR WITH 26-BIT ADDRESS BUS FEATURES DESCRIPTION • 32-bit internal architecture

Contextual Info: Features • • • • • • Full Compliance with USB Spec Rev 1.1 Four Downstream Ports Full-speed and Low-speed Data Transfers Per Port Overcurrent Monitoring Individual Port Power Control USB Connection Status Indicators Overview Introduction The AT43312A is a 5 port USB hub chip supporting one upstream and four down­

outline crossover cx2

Abstract: usb port amplifier circuit diagram DMX chip DMX RECEIVER PLL 566 seo 47 TEMPERATURE CONTROLLER with pid USB 2.0 HUB MS-026 PID controller
Contextual Info: Features • • • • • • Full Compliance with USB Spec Rev 1.1 Four Downstream Ports Full-speed and Low-speed Data Transfers Per Port Overcurrent Monitoring Individual Port Power Control USB Connection Status Indicators Overview Introduction The AT43312A is a 5 port USB hub chip supporting one upstream and four downstream ports. The AT43312A connects to an upstream hub or Host/Root Hub via

DMX RECEIVER

Abstract: TEMPERATURE CONTROLLER with pid AVR pid 420 f9001 93F2330 PID code for avr circuit diagram of pid controller DMX chip PC keyboard CIRCUIT diagram AT43USB324 PANASONIC ECEV1AA101SP
Contextual Info: Features • • • • • • • • • • • • • • • AVR 8-bit RISC Microcontroller with 83 ns Instruction Cycle Time USB Hub with One Attached and Two External Ports USB Keyboard Function with Three Endpoints 16K Bytes of Program Memory, 512 Bytes SRAM

outline crossover cx2

Abstract: atmel 0820 AT43312A AT43312A-6AC AT43312A-6PC AT43312A-6SC MIC2526 MS-026 usb "quad Hub" spec
Contextual Info: Features • • • • • • Full Compliance with USB Spec Rev 1.1 Four Downstream Ports Full-speed and Low-speed Data Transfers Per Port Overcurrent Monitoring Individual Port Power Control USB Connection Status Indicators Overview Introduction The AT43312A is a 5-port USB hub chip supporting one upstream and four downstream ports. The AT43312A connects to an upstream hub or Host/Root Hub via Port0

schematic diagram of usb hub

Abstract: DMX RECEIVER Power Supply The AT43301 DMX chip at43301
Contextual Info: Features • • • • • • • • • Full Compliance with USB Spec Rev 1.1 Four Downstream Ports Full-speed and Low-speed Data Transfers Bus-powered Controller Bus-powered or Self-powered Hub Operation Port Overcurrent Monitoring Port Power Switching

Contextual Info: Features Full Compliance with USB Spec Rev 1.1 Four Downstream Ports Full-speed and Low-speed Data Transfers Bus-powered Controller Bus-powered or Self-powered Hub Operation Port Overcurrent Monitoring Port Power Switching 5V Operation with On-chip 3.3V Regulator

GP605

Abstract: GP605ID
Contextual Info: GENNUM C O R P O R A T I O G P 605 Resonant Mode Power Supply Controller N DATA SHEET FEATURES CIRCUIT DESCRIPTION • frequency range of 1 kHz to 2 MHz The GP605 utilizes frequency modulation instead of pulse width modulation to achieve regulation. The pulse width is