CY7C332 Search Results

Contextual Info: CY7C332 ¡W CYPRESS SEMICONDUCTOR 13 in p u t m acrocells, each having: — C om plem entary input — R egister, latch, o r tra n s p a re n t access — Two clock sources Features • • Registered Combinatorial EPLD 12 I/O m acrocells each having: — R egistered, latched, o r tra n s p a re n t

GH-14

Contextual Info: CY7C332 CYPRESS Features • 12 I/O m acrocells each having: — R egistered, latched, or transparent array input — A choice of two clock sources — Global or local output enable OE — tip to 19 product term s <PTs) per output — Product term (PT) output polarity

Contextual Info: CY7C332 CYPRESS Features • 12 I/O macrocells each having: — Registered, latched, or transparent array input — A choice of two clock sources — Global or local output enable OE — Up to 19 product term s (PTs) per output — Product term (PT) output polarity

7c332-25

Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. For new designs, please refer to the CY7C335. CY7C332 Registered Combinatorial EPLD Features Logic Block Diagram O E /1,2 In Ito Ig I / O , l/ O 10 I/O 9 l/O e

C3325

Abstract: l9618 L9680 C3326 L9622 l9742 tunel C3321
Contextual Info: C YP RE SS SEMICONDUCTOR a ML.E D 2S 0^bb2 GQQ7Q33 S Q C Y P "T" ^ ^ CYPRESS SEMICONDUCTOR CY7C332 Registered Combinatorial EPLD 13 input macrocells, each having: — Complementary input — Register, latch, or transparent access — I\vo clock sources 15 ns tpo max.

CY7C332-25HMB

Abstract: L9646 c3328 L9806 l9634 L9680 L480 L9622 L9626 L9823
Contextual Info: CY7C332 '0 C Y P R E S S F e a tu re s • 12 I/O macrocells each having: — Registered, latched, or transparent array input — A choice of two clock sources — Global or local output enable OE — Up to 19 product terms (PTs) per output — Product terra (PT) output polarity

Contextual Info: s rs 'w CY7C332 ~ •• = Registered Combinatorial EPLD CYPRESS — SEMICONDUCTOR Features • 12 I/O macrocells each having: — Registered, latched, or transparent array input — A choice of two clock sources — Global or local output enable OE — Up to 19 product terms (PTs) per

L9680

Abstract: L9646
Contextual Info: CY7C332 S r CYPRESS Features Registered Combinatorial EPLD Functional Description 13 input macrocells, each having: — Complementary input — Register, latch, or transparent access — Ttoo clock sources 15 ns tpo max. Low power — 120 mA typical Ice quiescent

S6961

Contextual Info: CY7C332 CYPRESS SEMICONDUCTOR Registered Combinatorial EPLD Features • • Product Characteristics 12 I /O m acrocells each having: — Registered, latched, or transparent array input — A choice o f two clock sources — Global or local output enable OE

CY62256LL-PC

Abstract: VIC068A-GC VIC64-NC VIC64-UMB PALCE22V10-JI PALC16L8Q PLD VME A113 CY7B923 JESD22-A113
Contextual Info: Cypress Semiconductor Product Reliability 1997 Published June, 1997 CYPRESS SEMICONDUCTOR PRODUCT RELIABILITY TABLE OF CONTENTS 1.0 OVERVIEW OF CYPRESS SEMICONDUCTOR TOTAL QUALITY MANAGEMENT SYSTEM. 1 2.0 ELECTRICAL AVERAGE OUTGOING QUALITY. 2

cy7c9101

Abstract: CY2901 CY7C190 PLD20RA10 CY2149 CY7C122 CY7C148 CY7C149 CY7C150 22V10-Macrocell
Contextual Info: Military Product Selector Guide Static RAMs Size Organization 64 64 1K 1K 4K 4K 4K 4K 4K 8K 8K 16K 16K 16K 16K 16K 16K 16K 16K 16K 32K 32K 32K 32K 32K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 64K 256K 256K 256K 256K 256K 256K 256K 1M 1M

22CV10AP

Abstract: 22cv10 nte quick cross ict peel 18CV8J palce programmer schematic blackjack vhdl code PA7140J-20 INTEL PLD910 PALCE610
Contextual Info: Data Book General Information PEEL Arrays PEEL Devices Special Products and Services Development Tools Application Notes and Reports Package Information PLACE Users Manual_ Introduction to PLACE PLACE Installation Getting Started with PLACE Operation Reference Guide

D-A53

Abstract: 14l8 PALC22 cypress 22V10 22V10
Contextual Info: CYPRESS SEMICONDUCTOR , P L D Programming Information Introduction Programmable Technology P L D s o r P ro g ram m ab le Logic Devices provide an a ttra c t­ ive altern ativ e to logic im plem ented w ith discrete devices. Because th e p rim ary requirem ents for this logic has been to

Device-List

Abstract: NEC D2716D novatek nt68f63 nt68f63 NEC D2732D D2716D 16V8H-25 ATMEL 220 24C16 D2732D 16V8H-15
Contextual Info: LabTool-48 Version 4.67 <ALL> Device List Page 1 of 20 ACTRANS AC29LV400B *44PS AC29LV400B *48TS AC29LV400T *44PS AC29LV400T *48TS ALi M6759 M6759 *44 M6759 *44Q M8720 Alliance AS29F040 AS29LV800T *48TS AS29LV800B *44PS AS29LV800B *48TS AS29LV800T *44PS Altera

CY27S03A

Abstract: 15JC10 CY7C190 cy7c9101 cy7c122 die VIC068A user guide
Contextual Info: Thermal Management and Component Reliability slope of the logarithmic plots is given by the activation energy of the failure mechanisms causing thermally activated wear out of the device see Figure 1 . One of the key variables determining the long-term reliability

NEC D2732D

Abstract: nt68f63 novatek nt68f63 d2716d NEC D2716D atc 93lc46 D2732D CIRCUIT NEC D2716D TMS87C510 16V8H-25
Contextual Info: Dataman-48 Version 4.30 <ALL> Device List ALi M6759 www.dataman.com M6759 *44 M6759 *44Q M8720 AS29LV800B *44PS AS29LV800B *48TS AS29LV800T *44PS Altera EP1210 EP220 EP312 EP330 EP900 EP910-T EPC1064 EPC1213 EPC1441 as 1213 EPM3064A *44 EPM5192 @84 EPM7032AEas7032 *44

atc 93lc46

Abstract: 25LV512 39SF020A 25LV010 49LF040 25LF020A 95p08 89lpc932 nt68f63g 39vf020
Contextual Info: LabTool-48XP Version 5.60 <ALL> Device List Page 1 of 23 ACTRANS AC29LV400B *44PS AC39VF080 *40TS AC29LV400B *48TS AC39VF088 *48TS AC29LV400T *44PS AC39VF800 *48TS AC29LV400T *48TS ALi M6759 M6759 *44 M6759 *44Q M8720 Alliance AS29F040 AS29LV800T *48TS AS29LV400B *48TS

CY7C9101

Abstract: CY7C510 CY7C190 cy7c189 G30-88 CY7c910 EA 9394 cy3341 CY6116 cy7c901
Contextual Info: fax id: 8511 Thermal Management Thermal Management and Component Reliability One of the key variables determining the long-term reliability of an integrated circuit is the junction temperature of the device during operation. Long-term reliability of the semiconductor chip degrades proportionally with increasing temperatures following an exponential function described by the

A25L020AO-F

Abstract: rtd2122l n25q128a13 cFeon EN25T80 EN25T80 wt61p8 A25L5120-F WT6702F pm25w020 GD25Q40
Contextual Info: Page 1 of 69 Dataman-48XP/48UXP Version 8.10 <ALL> Device List ACTRANS AC25LV010 *8SO AC29LV400B *44PS AC29LV400T *44PS AC39LV010 *32PLCC AC39LV020 *32PLCC AC39LV040 *32PLCC AC39LV080 *40TS AC39LV512 *32PLCC AC39LV800 *48TS SDP-UNIV-16SO SDP-UNIV-44PS SDP-UNIV-44PS

CY7C330

Abstract: pal22v10cf-7 PALC20RA10-15 to 125-10 PALC16R8-25 CY7C344 PAL16R8 74AS04 rs FLIPFLOP SCHEMATIC pal22v10CF
Contextual Info: Are Your PLDs Metastable? input. Figure 2 shows the expected result. Most of the time, this synchronizer performs as desired. This application note provides a detailed descripĆ tion of the metastable behavior in PLDs from both circuit and statistical viewpoints. Additionally, the

am29ma16

Abstract: AM29M16 AM29M16 PLD atmel 404 93c46 29f512 gal18v8 ATMEL 24C32A COP8622C atmel 93C46 AT27040
Contextual Info: Ironwood Electronics Programming Adapters PR.1 Programming Adapters allow the programming of PROM, PLD, EPROM, EEPROM or PAL devices on programmers or ATE equipment with DIP sockets. We support PLCC, LCC, PGA, SOIC including TSOP , FP, BGA and QFP packages.