PLS167A Search Results

PLS167AN

Abstract: IRZ 46 PLS167A PLS167AA PLS167N PLS Philips handbook
Contextual Info: Philips Semiconductors Programmable Logic Devices Product specification Programmable logic sequencers 0 . _ R (14x48x6 P LS 167/A DESCRIPTION FEATURES The PLS167 and PLS167A are bipolar, Programmable Logic State machines of the Mealy type. The Programmable Logic

Contextual Info: P roduct specification P hilips S em iconductors Program m able L ogic Devices Programmable logic sequencers Dl C1R7/A 1 4 x 4 8 x 6 H L ï> ib //A DESCRIPTION FEATURES The PLS167 and PLS167A are bipolar, Programmable Logic State machines of the Mealy type. The Programmable Logic

Contextual Info: Philips Components-Signetics D ocum en t N o. 8 5 3 -0 3 1 4 E C N No. 97885 Date o f Iss u e October 16, 1989 S tatus Product Specification PLS167/A Programmable logic seque. 14x48x6 Programmable Logic Devices DESCRIPTION FEATURES The PLS 167 and PLS167A are bipolar,

XC3030-70PC84C

Abstract: EPM5128LC EP330PC-15 A1020 transistor A1010B-PL68C EPM5128GM EP330PC15 EP330PC XC3042-70PC84C A1020A-PL84C
Contextual Info: ULCt Cross-Reference Matra MHS Cross reference list of devices supported for ULC conversion is not exhaustiv as new devices are added regularly. Additional devices not shown in this list, may also be supported. MHS encourages you to contact your local TEMIC sales representative

BPW22A

Abstract: cm .02m z5u 1kv pin configuration of BFW10 la4347 B2X84 TDA3653 equivalent TRIAC TAG 9322 HEF40106BP equivalent fx4054 core dsq8
Contextual Info: Contents Page Page New product index Combined index and status codes viii x Mullard approved components BS9000, CECC, and D3007 lists CV list Integrated circuits Section index xliii 1 5 Standard functions LOGIC FAMILIES CMOS HE4000B family specifications CMOS HE4000B family survey

pls155

Abstract: PLS105 PLS168A PLS105A PLC42VA12 PLS157 PLS Philips handbook PLS159A PLS167A octal S-R latch
Contextual Info: Philips Semiconductors Programmable Logic Devices Sequencer devices INTRODUCTION Ten years ago, in their search for a straightforward solution to complex sequential problems, Philips Semiconductors originated Programmable Logic Sequencers. Philips Semiconductors Programmable

ATMEL 644

Abstract: PL22V10-10N GAL20V8B PL22V10-15N AMPAL22V10AJC GAL22V10B-10LP GAL16V8B-25LP GAL16V8B ATF16V8B-15PC PAL22V10-7PC
Contextual Info: SGYT104 April 1998


         CROSS REFERENCE GUIDE Texas Instruments remains fully committed to the bipolar PLD market. TI has been a constant and reliable supplier to this market for over 18 years. Our commitment to this

ulc xc3030

Abstract: PQFP 176 Xilinx XC3090 altera EP300 EPM7128 Temic ulc xc3030 EPM7128 PLCC PLSI2032 Actel A1020 PLUS405
Contextual Info: ULC Reference Guide This reference guide lists most devices available for conversion. This list is not exhaustive, as new devices are added regularly. Additional devices not shown in this list may also be supported. Updated versions are available on the TEMIC web site. Check with factory if

ck2605

Abstract: ck2678 PLHS16L8AN P16L8 PLS100 fpla plhs18p8an P16V8 82S155 F16L8 PLS154
Contextual Info: Philips Components-Signetics Third-party software support Programmable Logic Devices Data I/O Corporation 10525 Willows Road N E. P.O. Box 97046 Redmond, WA 98073-9746 Telephone: 206 881-6444 PART NUMBER 10020EV8 10H20EV8 10H20EV8 CK2605 CK2678 PHD16N8 PHD16N8

PLUS153-10

Abstract: PHD48
Contextual Info: Philips Components-Signetics Selection Guide Programmable Logic Devices SIGNETICS PART NUMBER ARCHITECTURE INPUTS x TERMS x OUTPUTS PACKAGE TOTAL INPUTS (# Dedicated) LOGIC TERMS INTERNAL STATE REGISTERS ( i Dedicated) OUTPUTS C, I/O, R, R I/O tpo (Max)

philips ecg replacement guide

Abstract: alarm sonar 560 mm alarm sonar 560 r interfacing stepper motors with 80386 microprocessor PHD48 sensors used for measuring heart beat 2N30S5 plhs18p8 signetics military data handbook PLS105
Contextual Info: Philips Components-Signetics Programmable logic design and application notes Programmable Logic Devices Today's engineer is constantly striving to consolidate higher complexity and more feature-intensive circuits into designs without sacrificing flexibility. In a