CY7C96 Search Results

Cypress VMEbus Interface Handbook

Abstract: Cypress Applications Handbook 64 pin CERAMIC QUAD FLATPACK 64-pin CERAMIC QUAD FLATPACK CY7C964-ASC G68 Package CY7C960 CY7C961 CY7C964 VIC068A
Contextual Info: 64 CY7C964 Bus Interface Logic Circuit Features • Comparators, counters, latches, and drivers minimize logic requirements for a variety of multiplexed and non-multiplexed buses • Directly drives VMEbus address and data signals • 8-bit comparator for slave address decoding

11Z12

Abstract: vic64 CY7C964 VIC068A vic068a Overview Introduction to the VIC068A
Contextual Info: W K fjT ' C Y 7C 964 Design Notes Introduction The CY7C964 is a flexible collection of byte 8-bit wide transceivers, latches, counters, multiplexers, and comparators that provide bus interface designs with a low-cost alternative to PLDs, ASICs, or discrete logic

CY74FCT162245T

Abstract: CY74FCT162373T CY74FCT16543T CY7C960 CY7C964 FCT245 VME64 3.7 Interfacing without CY7C964
Contextual Info: 3.7 Interfacing without CY7C964 3.7.1 Reduced Cost, Fewer Features Many board designs need only simple VMEbus slave interfaces. The CY7C960 used in combination with Cypress FCT Logic family devices meets this need perfectly. A complete interface can be built using the CY7C960 in combination with industry standard latches, transceivers,

VIC068A

Abstract: CY7C960 CY7C961 CY7C964 VIC64 VME64 vic64 pinout
Contextual Info: 3.10 Design Considerations 3.10.1 Design Philosophy The CY7C960 and the CY7C961 each share the basic VMEbus slave circuitry, and each has a common design philosophy. The most basic foundation for the design was that of achieving high performance in whatever system the devices were placed. For the CY7C960, that philosophy determined the hierarchical partitioning of the design into several independent blocks,

Contextual Info: CY7C964 CYPRESS SEMICONDUCTOR Features • Comparators, counters, latches, and drivers minimize logic requirements for a variety o f multiplexed and non­ multiplexed buses • Directly drives VMEbus address and data signals • 8-16-b it comparator for slave address

Contextual Info: fax id: 5603 CY7C960 CY7C961 Low Cost VMEbus Interface Controller Family Features Functional Description • 80-Mbyte-per-second block transfer rates • All VME64 transactions provided, including A64/D64, A40/MD32 transfers • Auto Slot ID • CR/CSR space

FXBI04

Abstract: CY7C965 Signal Path Designer CY7C96
Contextual Info: ADVANCED INFORMATION CY7C965 Raceway Crossbar Features 160 Mbyte per second per path Block Transfer Rates 6 bidirectional ports Non-blocking architecture 361-pin CBGA package Fault tolerant systems may require the implementation of mul­ tiple redundant paths between nodes in the fabric. Time-critical elements in the fabric may require interrupt support, low

Contextual Info: fax id: 5604 CY7C964 Bus Interface Logic Circuit Features • Comparators, counters, latches, and drivers minimize logic requirements for a variety of multiplexed and non-multiplexed buses • Directly drives VMEbus address and data signals • 8-bit com parator for slave address decoding

Contextual Info: fax id: 5603 CY7C960 CY7C961 Low Cost VMEbus Interface Controller Family Features Functional Description • 80-Mbyte-per-second block transfer rates • All VME64 transactions provided, including A64/D64, A40/MD32 transfers • Auto Slot ID • CR/CSR space

Contextual Info: fax id: 5603 CY7C960 CY7C961 Low Cost VMEbus Interface Controller Family Featu res Functional Description • 80-Mbyte-per-second block transfer rates • All VME64 transactions provided, including A64/D64, A40/MD32 transfers • Auto Slot ID • CR/CSR space

Contextual Info: ^ CYPRESS PREUM INAm CY7C9689 TAXI Compatible HOTLink™ Transceiver Features Second-generation HOTLink™ technology AMD™ AM7968/7969 TAXIchip™ compatible 8-bit 4B/5B or 10-bit 5B/6B NRZI encoded data transport 10-bit or 12-bit NRZI pre-encoded bypass data

ltun

Contextual Info: fax id: 5603 CY7C960 CY7C961 Low Cost VMEbus Interface Controller Family Features Functional Description • 80-M byte-per-second b lo c k tra n s fe r rates • A ll VME64 tra n s a c tio n s p ro vid e d , in c lu d in g A64/D64, A40/M D32 tra n s fe rs

CY7C42X5

Abstract: CY7C9689A CY7C9689A-AC Driving Copper Cables with HOTLink
Contextual Info: CY7C9689A TAXI -compatible HOTLink Transceiver Features • • • • • • • • • • • • • • • Second-generation HOTLink® technology AMD™ AM7968/7969 TAXIchip™-compatible 8-bit 4B/5B or 10-bit 5B/6B NRZI encoded data transport

CY7C960

Abstract: CY7C961 CY7C964 MD32 VIC64 VME64
Contextual Info: fax id: 5603 -:V:V:V:V:V:Tÿ:- CY7C960 CY7C961 ^3»* Low Cost VMEbus Interface Controller Family Functional Description Features 80-Mbyte-per-second block transfer rates All VME64 transactions provided, including A64/D64, A40/MD32 transfers Auto Slot ID CR/CSR space

AM3 pinout diagram

Abstract: CY7C960 CY7C961 CY7C964 MD32 VIC64 VME64 Am3 diagram
Contextual Info: fax id: 5603 CY7C960 CY7C961 Low Cost VMEbus Interface Controller Family Features Functional Description • 80-Mbyte-per-second block transfer rates • All VME64 transactions provided, including A64/D64, A40/MD32 transfers • Auto Slot ID • CR/CSR space

vme bus specification vhdl

Abstract: VIC64 Users CY7C960 CY7C961 CY7C964 FF000000 MD32 VIC64 VME64 vhdl code for simple microprocessor
Contextual Info: faxid 5709 Using the Slave VIC CY7C960/961 Many VME boards, especially I/O boards, need only be aware of VME Slave transactions. Most commercially available VME interface chips are capable of both Master and Slave VME transactions and require some local intelligence, such as a

CY7C960

Abstract: CY7C964 MD32 VME64
Contextual Info: 3.6 CY7C964 Interface 3.6.1 CY7C964 Overview The CY7C960 is designed for use with the CY7C964 VMEbus Interface Logic Circuit. This device is fully described in Section 4, The CY7C964 Bus Interface Logic Circuit. The CY7C960 provides all the control and timing for the interface with the CY7C964. Interface timing as

CY7C960

Abstract: CY7C961 CY7C964 MD32 LADI
Contextual Info: 3.12 AC Parameters This addendum contains waveforms that describe the behavior of the CY7C960/961/ CY7C964 interface for a variety of transaction types and timings. A table of AC parameters is referenced to the waveforms. Note that “T” refers to the CLK input period. Note also that

CY7C965

Contextual Info: 1CY 7C96 5 ADVANCED INFORMATION CY7C965 Raceway Crossbar Fault tolerant systems may require the implementation of multiple redundant paths between nodes in the fabric. Time-critical elements in the fabric may require interrupt support, low latency connections, and adaptive routing support. The Raceway Crossbar has been designed to support all these diverse

CY7C960A-ASC

Abstract: CY7C960A-UM QMI2569 precondition DIP JEDEC JESD22 reliability test data cy7c960a CY7C960AASC
Contextual Info: Cypress Semiconductor Product Qualification Report QTP# 99422 VERSION 2.0 November, 2000 Low Cost VMEbus Interface Controller Family L28EPD Technology – Fab 2 CY7C960A/CY7C961A CYPRESS TECHNICAL CONTACT FOR QUALIFICATION DATA: Ed Russell Reliability Director

CY7C9689-AC

Abstract: CY7C42X5 CY7C9689 CY7C9689-AI
Contextual Info: PRELIMINARY CY7C9689 TAXI Compatible HOTLink™ Transceiver Framer Deserializer Decoder 4B/5B, 5B/6B Control HOTLink devices are ideal for a variety of applications where parallel interfaces can be replaced with high-speed, point-topoint serial links. Some applications include interconnecting

Descrambler

Abstract: CY7C42X5 CY7C9689A CY7C9689A-AC
Contextual Info: CY7C9689A TAXI -compatible HOTLink Transceiver Features • • • • • • • • • • • • • • • Second-generation HOTLink® technology AMD™ AM7968/7969 TAXIchip™-compatible 8-bit 4B/5B or 10-bit 5B/6B NRZI encoded data transport

CY7C961

Abstract: CY7C964 MD32 CY7C960
Contextual Info: 3.12 AC Parameters This addendum contains waveforms that describe the behavior of the CY7C960/961/CY7C964 interface for a variety of transaction types and timings. A table of AC parameters is referenced to the waveforms. Note that T" refers to the CLK input

CY7C960

Abstract: CY7C964 MD32 LEDI
Contextual Info: 3.9 I/O Control Description The CY7C960 has two basic modes of operation: DRAM mode and I/O mode. The user selects the mode during configuration. This section describes the I/O mode of operation. In I/O mode the CY7C960 does not provide the timing signals required by DRAM, such as