CY7C61 Search Results

Nitto

Abstract: MOLDING MATERIAL MP8000 Nitto MP 8000 MP-8000 JEDEC22 mp8000 Nitto MP8000 CY7C611 84-1lmis JESD22
Contextual Info: Cypress Semiconductor Qualification Report QTP# 98422 VERSION 1.0 May, 1999 Nitto MP-8000 Molding Compound 160 Ld Plastic Quad Flat Pack PQFP (CY7C611) Asat, Hong Kong Assembly CYPRESS TECHNICAL CONTACT FOR QUALIFICATION DATA: Ed Russell Reliability Director

7C601

Abstract: C32S CY7C325 C3253
Contextual Info: PRELIMINARY £25 CYPRESS SEMICONDUCTOR • Timing Control Unit, Clock Genera­ tor for CY7C601A and CY7C611A SPARC processors • Supports 25-, 33-, 40-MHz operation • Simplifies interface to slow memory and peripherals by eliminating the need for wait-state logic

CY7C611

Contextual Info: CY7C611A CYPRESS SEMICONDUCTOR Features • SPARC processor optimized for em­ bedded control applications 32-Bit RISC Controller 136 32-bit registers — Eight overlapping windows o f 24 registers each — Dividing registers into seperate register banks allows fast context

cy7c611

Abstract: CY7C602A asi cypress CY7C157A CY7C611A 38R1
Contextual Info: CY7C611A CYPRESS SEMICONDUCTOR Features • SPARC CD processor optimized for em­ bedded control applications • Reduced Instruction Set Computer RISC architecture — Simple format instructions — M ost instructions execute in a single cycle • Very high performance

Contextual Info: CYPRESS SEMI CONDUCTOR ; U ^~ r 4bE D Cl 2 5 0 ^ 5 This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. ÜD07S0S T SZ3CYP T-551-33-4T CY7C617 C Y PR FSS_ SEMICONDUCTOR Features • Program m able shift register size and

Peripheral interface 8155 notes

Abstract: 22v10b CY7C601 CY7C964 MC6800 VIC64 CY7C602 ic 8155 block diagram 680X0 VIC068A user guide
Contextual Info: Interfacing the CY7C611A with the VIC64 The popularity of the VMEbus and the Motorola 680x0 family of microprocessors has produced a large number of peripheral controllers with 680x0Ćcompatible asynchronous local bus interĆ faces. Many of these parts are mature, proven, and

Contextual Info: PRELIM INARY CYPRESS SEMICONDUCTOR • Timing Control Unit, Clock Genera­ tor for CY7C601A and CY7C611A SPARC processors • Supports 25-, 33-, 40-MHz operation • Sim plifies interface to slow memory and peripherals by elim inating the need for wait-state logic

CY7C157A

Contextual Info: CY7C611A CYPRESS SEMICONDUCTOR Features • SPARC processor optimized for em ­ bedded control applications 32-Bit RISC Controller — Privileged instructions • 136 32-bit registers — Eight overlapping windows o f 24 registers each • Artificial intelligence support

Contextual Info: SEMICONDUCTOR ^ 5r" MbE ‘" ' c y p r e s s SEMICONDUCTOR Features • M B us to SB us In te rfac e 32-bit slice • Allows M liu s byte, halfw ord, word, an d doublew ord tra n sac tio n s • Allows SB us b jte , halfw ord, a n d word tra n sfe rs • C o n tain s SB us co n tro lle r w ith th e

sbus

Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. PY PPFdc; MBus to SBus Interface Controller • MBus to SBus Interface 32-bit slice • Allows MBus byte, halfword, word, and doubleword transactions • Allows SBus byte, halfword, and word

toshiba tc 97101

Abstract: tc 97101 M7401 M73049 "256K x 16" SRAM PLCC M73002 M7206 M7-300 M72016 T 9722
Contextual Info: CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT QUARTER 3, 1997 PERFORM PER THE REQUIREMENT OF 25-00008, RELIABILITY MONITOR PROGRAM SPECIFICATION Marc Hartranft QA Engineering Department Manager CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT

Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. CYPRESS SEMICONDUCTOR Features • Supports two independent peripheral channels • Supports packing and unpacking from 32-bit SBus to 16- or 8-bit data paths • Byte, halfword, and word transfers

Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. CYPRESS SEMICONDUCTOR Features • Level-1 and Level-2 MBus operations • Four-deep FIFO for optimum writes to DRAMs • Byte-wide odd/even or no parity • CAS before RAS refresh scheme

VIC068A-BC

Abstract: M71079 M7108 CY62256-VC m71070 LOGIC-R31 M72051 m7101 M72038 VIC068A-AC
Contextual Info: CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT QUARTER 2, 1997 PERFORM PER THE REQUIREMENT OF 25-00008, RELIABILITY MONITOR PROGRAM SPECIFICATION Marc Hartranft QA Engineering Department Manager CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT

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

CY7C964

Abstract: MC68681 VIC068A VIC64 M68681 cy7c611
Contextual Info: Software Considerations for the VIC64 Introduction Evaluation Board Local Control Register LCR This application note provides the VIC64 software developer with proven tips and examples for both configuring and operating the VIC64. The software described here is based on a

M72010

Abstract: M74007 m7401 M74030 M7402 PALCE22V10D m7403 M74043 M74094 CY7C1599-VC
Contextual Info: CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT QUARTER 4, 1997 PERFORM PER THE REQUIREMENT OF 25-00008, RELIABILITY MONITOR PROGRAM SPECIFICATION Marc Hartranft QA Engineering Department Manager CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT

Contextual Info: CYPRESS SEMICO NDUCT OR ML.E D □ This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. . CYPRESS SEMICONDUCTOR Features • Converts MBus cycles into cycles of 386SXprotocoI • Allows MBus access to 8 on-board devices without requiring additional

tms 9937

Abstract: TSMC fuse PALC22V10b M99242 CY7C1353-AC MR841 Hyundai 9944 PALC22V10B-15PC
Contextual Info: CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT QUARTER 4, 1999 PERFORM PER THE REQUIREMENT OF 25-00008, RELIABILITY MONITOR PROGRAM SPECIFICATION Ed Russell Reliability Director CYPRESS SEMICONDUCTOR CORPORATION PRODUCT RELIABILITY REPORT Quarter 4, 1999

m-bus

Abstract: 386SX mbus glue logic 7C614
Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. 5? Features • Converts M Bus cycles into cycles o f 386SX protocol • Allows MBus access to 8 on-board devices without requiring additional glue logic • Performs M Bus arbitration, support­

VIC068A user guide

Abstract: 3XXXXX A3MA motorola full line vme 68030
Contextual Info: VIC64 to Motorola 68040 Interface Purpose This application note shows how the VIC64 can be interfaced to a Motorola 68040 microprocessor operating at 40 MHz. The issues and assumptions that go into designing such an interface are considerable and complex; thus, this application

usb dac

Abstract: 2F 1 marking USB 2.0 HUB pin configuration 100 K variable resistor usb read write usb Repeater CY7C66011 CY7C66012 CY7C66013 CY7C66111
Contextual Info: fax id: 3406 ADVANCED INFORMATION CY7C66011/12/13 CY7C66111/12/13 CY7C66011/12/13 CY7C66111/12/13 Full-Speed USB 12 Mbps Peripheral Controller with Integrated Hub Cypress Semiconductor Corporation • 3901 North First Street • San Jose • CA 95134 •

T438

Abstract: m-bus Signal Path Designer
Contextual Info: This is an abbreviated datasheet. Contact a Cypress representative for complete specifications. CYPRESS SEMICONDUCTOR Features • Programmable shift register size and video transfer window size for perfor­ mance • Two-deep posting on MBus writes • Compatible to Sun M icrosystems'

VIC068A user guide

Abstract: Motorola 68040 CY7C335 VIC64 74FCT16245T CY7C964 PALC22V10D VIC068A 68040
Contextual Info: fax id: 5711 VIC64 to Motorola 68040 Interface Purpose This application note shows how the VIC64 can be interfaced to a Motorola 68040 microprocessor operating at 40 MHz. The issues and assumptions that go into designing such an interface are considerable and complex; thus, this application