65788 Search Results

Contextual Info: himMMS March 1994 HM 65788 DATA SHEET_ 16 K x 4 HIGH SPEED CMOS SRAM FEATURES . FAST ACCESS TIME COMMERCIAL: 15/20/25/35/45 ns INDUSTRIAL/MILITARY : 20/25/35/45/55 ns . LOW POWER CONSUMPTION ACTIVE : 267 mW typ STANDBY: 75 mW(typ)

Contextual Info: HM 65788 MATRA MHS 16 K x 4 High Speed CMOS SRAM Introduction The HM 65788 is a high speed CMOS static RAM organized as 16384 × 4 bits. It is manufactured using MHS’s high performance CMOS technology. Easy memory expansion is provided by an active low chip

Contextual Info: imMHS September 1989 HM 65788 DATASHEET 16 K x 4 HIGH SPEED CMOS SRAM FEATURES 300 MILS WIDTH PACKAGE TTL COMPATIBLE INPUTS AND OUTPUTS ASYNCHRONOUS CAPABLE OF WITHSTANDING GREATER THAN 2000 V ELECTROSTATIC DISCHARGE SINGLE 5 VOLT SUPPLY FAST ACCESS TIME INDUSTRIAL/MILITARY : 25/35/45/55 ns

65788

Contextual Info: Tem ic HM 65788 Semi co n du ct o rs 16 K X 4 High Speed CMOS SRAM Short description. Please refer to the full datasheet available on TEMIC web for detailed technical information. Introduction The HM 65788 is a high speed CMOS static RAM organized as 16384 x 4 bits. It is manufactured using

038A8

Contextual Info: electronic June 1992 HM 65788 HI-REL DATA SHEET_ 16 k x 4 HIGH SPEED CMOS SRAM FEATURES • FAST ACCESS TIME : 25/35 /45/55 ns . TTL COMPATIBLE INPUTS AND OUTPUTS ■ LOW POWER CONSUMPTION ACTIVE : 267 mW typ STANDBY : 75 mW (typ) . ASYNCHRONOUS

Contextual Info: M ill DATA SHEET_ HM 65788 16 K x 4 HIGH SPEED CMOS SRAM FEATURES . . . . . 300 MILS WIDTH PACKAGE TTL COMPATIBLE INPUTS AND OUTPUTS ASYNCHRONOUS CAPABLE OF WITHSTANDING GREATER THAN 2000 V ELECTROSTATIC DISCHARGE . SINGLE 5 VOLT SUPPLY

Contextual Info: Tem ic HM 65788 MATRA MHS 16 K X 4 High Speed CMOS SRAM Introduction The HM 65788 is a high speed CMOS static RAM organized as 16384 x 4 bits. It is manufactured using MHS’s high performance CMOS technology. Easy memory expansion is provided by an active low chip

Contextual Info: I - H t o - 2 3 " I D 4 SE D • SöböM5b n llll I W MATRA □□□libi H h 44h ■ fIMHS W September 1990 ti H S HM 65788 DATASHEET 16 K X 4 HIGH SPEED CMOS SRAM FEATURES FAST ACCESS TIME

Contextual Info: D • SôbûMSb OOOED^ MÔG « M M H S _^ V C , ' Z January 1991 MATRA M H S HM 65788 HI-REL DATA SHEET 16 k x 4 HIGH SPEED CMOS SRAM FEATURES . TTL COMPATIBLE INPUTS AND OUTPUTS FAST ACCESS TIME : 25/35 /45/S5 ns

a13914

Abstract: DIL-22
Contextual Info: ^ T-46-23-10 HM 65788 16K x 4 HIGH SPEED CMOS SRAM O C T O B E R 1987 Pinouts Features • • • • • • • • FAST ACCESS TIME : 25/35/45 ns STANDBY CURRENT : 15 mA OPERATING CURRENT : 100 mA ASYNCHRONOUS INPUTS TTL COMPATIBLE INPUTS AND OUTPUTS SINGLE 5 VOLT SUPPLY

TSOIC

Abstract: TELIC 45788
Contextual Info: T em ic HM 65788 MATRA MHS 16 K X 4 High Speed CMOS SRAM Introduction The HM 65788 is a high speed CMOS static RAM organized as 16384 x 4 bits. It is manufactured using MHS’s high performance CMOS technology. Access times as fast as 15 ns are available with maximum

1202z

Abstract: MR80C31 J65608 8kx8 sram LCC48 128KX8 SRAM 5962-8506401MQA C965608 5962-89X MR-80C3
Contextual Info: Tem ic SMD Semiconductors Standard Military Drawings SMD Number Features TEMIC Part Number Package 5962-3829409MXA 55 ns SKxH SRAM HM Î E-65764N/883 CDIL28 60Í mils 5962-3829409MYC 55 ns 8Kx8 SRAM HM4-65764N/883 LCC32 5962-3829409MZA 55 ns 8Kx8 SRAM HMI-65764N/883

LTC1628 power supply chip

Abstract: marcon capacitor marcon CE capacitor TAD 6108 EEFCD0J470R FDS8936A LTC1628 LTC1628CG MBRM140T3 LTC1628 design notes
Contextual Info: DEMO MANUAL DC265 DESIGN-READY SWITCHERS DESCRIPTIO LTC1628 2-Phase, Synchronous, 5V/3A–3.3V/3A 12V/200mA DC/DC Converter U This demonstration board provides 5V/3A, 3.3V/3A and 12V/200mA outputs using a low EMI, 2-phase, constant frequency, adjustable, dual switching regulator controller.

SKIIP 33 nec 125 t2

Abstract: skiip 613 gb 123 ct RBS 6302 ericsson SKIIP 513 gb 173 ct THERMISTOR ml TDK 150M pioneer PAL 010a Project Report of smoke alarm using IC 555 doc SKiip 83 EC 125 T1 ericsson RBS 6000 series INSTALLATION MANUAL Ericsson Installation guide for RBS 6302
Contextual Info: Discontinued and Superseded Stock Number History. This document contains Discontinued and Superseded Stock Number History. The information is listed in the following format: Stock Number: The original RS Stock Number of the item. Brief Description: The Invoice Description of the item.

ESP car stability

Abstract: dual phototransistor shaft encoder SMD L9N optical steering angle sensor digital encoder wheel ir sensor smd electronic car speed counter TCPT1200 TCUT1200 TEMT1000
Contextual Info: VIEW Electronic Stability Program ESP Scope of both systems is im­ provement of security by pre­ vention of car slipping. It is solved by drive dynamic control according to drivers intention of speed and direction. Speed and acceleration sensors pro­

LTC1628 design notes

Abstract: marcon capacitor marcon capacitor ce LTC1628CG28 marcon CE capacitor TAD 6108 EEFUE0G181R EEFUE0J151R FDS8936A LTC1628
Contextual Info: DEMO MANUAL DC236 DESIGN-READY SWITCHERS DESCRIPTIO LTC1628 2-Phase Constant-Frequency Synchronous, Dual-Output DC/DC Converter U This demonstration board provides 3.3V/4A and 5V/4A outputs using a low EMI, 2-phase, adjustable, dual switching regulator controller. This design is ideally suited for

IR LED 790 nm

Abstract: IR LED 800 nm BPV23NF TSMS1000 PH 40 E BPW34 application S186P 11 NM 65 N TSAL7600 BPV10NF
Contextual Info: VISHAY VISHAY INTERTECHNOLOGY, INC. Vishay Semiconductors PIN PHOTODIODES and FILTER OPTIONS A Device B Package C Photo Sensitive Area / mm2 D E F ±Ê Ira / ÌA G Recommended IR Emitters PIN Photodiodes without Filter - General Application BPV10 A 0.78 20°

PDIL20

Abstract: e6210
Contextual Info: Temic S e m i c o n d u c t o r s Memories EEPROM Devices Funcdon Part Number Key Features Package e6210 64-bit serial EEPROM ' Ultra low current consumption 1 2-V operation for reading e6220 64-bit low-voltaee serial EEPROM • 2.5-V operation for program

52887

Abstract: str 6668 IFLP-4040DZ-01 4040 footprint
Contextual Info: Product Group: Vishay Dale, Inductors / February 2007 Author: Doug Lillie Tel: 1 605-668-4131 E-mail: doug.lillie@vishay.com New IFLP-4040DZ-01 Low-Profile, HighCurrent Inductors The Key Benefits: • Industry’s first series of low-profile, highcurrent inductors with a 3 % DCR tolerance

TEMIC K153P

Abstract: TSHF5471 tfmw5380 dn1328 tdsr5156 dn904 TDSR5153 HS0038 IR sensor TLVD4900 TCDF1910
Contextual Info: Quality and Reliability Report 1997 TEMIC Semiconductors 07.97 Table of Contents TEMIC Quality Policy .1 Quality System .2

TRANSISTOR B737

Abstract: MD80C31 smd TRANSISTOR code marking 8K 67202FV PGA300 5962-8506401MQA ERC32SIM marking code RAD SMD Transistor npn ISO DIMENSIONAL certificate formats 67205E
Contextual Info: Integrated Circuits for Aerospace and Defense Short Form 1998 16 June 1998 Publisher: TEMIC Semiconductors La Chantrerie BP 70602 44306 Nantes Cedex 03 FRANCE Fax: +33 2 40 18 19 60 E:mail nantes.marcom@temic.fr World Wide Web: http://www.temic.de 16 June 1998

P-Channel Depletion-Mode

Abstract: MD80C31 JANTX2N4858 5962-9089101MEA SI9110AK JANTX2N6661 4Kx8 sram ttl MGM TRANSFORMER JANTX2N5114 janTXV2N5545
Contextual Info: Aerospace and Defense Product Offering Siliconix MIL–S–19500 Compliant Devices 2N5547JANTX MIL–S–19500/430 Siliconix Part No. Description 2N5547JANTXV MIL–S–19500/430 2N4856JAN MIL–S–19500/385 2N6660JANTX MIL–S–19500/547 2N4856JANTX MIL–S–19500/385

hmt design

Abstract: 5HM1 HM1-65788 HM65789
Contextual Info: T -4 6 -2 3 -1 0 HM 65789 16K x 4 HIGH SPEED CMOS SRAM OCTOBER 1987 Pinouts Features • • • • • • • • • A5 A6 A7 Aß A9 AIO A lt Ai2 A13 CS C1 C2 L3 C4 C5 ÔË C 6 7 B 9 10 tl GND C 12 C C n C C LCC 28 PINS 24 3 VCC 23 3 A4 22 3 A3 21 3 A2

52887

Abstract: VISHAY VDR Rosenthal 2381 593 vdr 594 datasheet transistor A 584 594 vdr vishay resistor VISHAY VARISTORS DATASHEETS VDRH20
Contextual Info: Product Group: Ceramic Capacitors & Non Linear Resistors/August 13, 2008/PCN-NLR-002-2008 Rev A Adaptation of maximum mounting height A for varistors with straight leads DESCRIPTION OF CHANGE: Vishay has the intention to increase the maximum mounting height (A) for