3.7 INTERFACING WITHOUT CY7C964 Search Results

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,

CY74FCT162245T

Abstract: CY74FCT162373T CY74FCT16543T CY7C960 CY7C964 FCT245 VME64
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 comĆ bination with Cypress FCT Logic family devices meets this need perfectly. A complete inĆ terface can be built using the CY7C960 in combination with industry standard latches,

vmebus ARBITRATION

Abstract: VIC068A CY7C960 CY7C961 CY7C964 VAC068A VIC64 VICO068A vic64 pinout
Contextual Info: Table of Contents Introduction How to Use This Book Section 1. The VICO068A VMEbus Interface Controller Introduction to the VIC068A Chapter 1.1 1.1.1 Description 1.1.2 Features Summary Chapter 1.2 VIC068A Signal Descriptions 1.2.1 VMEbus Signals 1.2.2 Local Signals

vmebus ARBITRATION

Abstract: VIC068A CY7C960 CY7C961 CY7C964 VAC068A VIC64 393 chip 2441D Introduction to the VIC068A
Contextual Info: 5/96 Table of Contents Introduction How to Use This Book Section 1. The VIC068A VMEbus Interface Controller Chapter 1.1 Introduction to the VIC068A 1.1.1 Description 1.1.2 Features Summary Chapter 1.2 VIC068A Signal Descriptions 1.2.1 VMEbus Signals 1.2.2 Local Signals

Contextual Info: 3A Introduction 3.1.1 Feature List Optimal Performance: Next-Generation Product: Backwards Compatible: Simple to Use: Highly Integrated: Innovative Architecture: Ultra-Small footprint: 80 Mbyte per second Block Transfer Rates VME64 transactions, including A64/D64, A40/MD32