VIC068A Search Results

VIC068

Abstract: VIC068A VIC64
Contextual Info: 2.2 Compatibility All pin assignments and register assignments are the same as those of the VIC068A, therefore the VIC64 will work flawlessly when used to replace a VIC068A. In fact, several of the VIC068’s functions have been enhanced in the VIC64, allowing VIC068A applications to run faster in

c10 5t

Abstract: vic64 CY7C964 VIC068A VME64
Contextual Info: 2.4 VIC64: Additional Information The following sections are related to Section 1, The VIC068A VMEbus Interface Controller. The chapter numbers are those chapters of Section 1 that require clarification or modification for the VIC64. All other information in Section 1 is applicable to the VIC64.

Contextual Info: VMEbus Interface Controller with D64 Functionality • See the VMEbus Interface H andbook for more informa­ tion Featu res • An enhanced VIC068A Functional Description — 64-bit MBLT operation — Higher transfer rate • Complete VMEbus interface controller and arbiter

MC88000

Abstract: MC68020 VIC068 VIC068A 74xx245 VIC068 ICMS
Contextual Info: Features of the VIC068A VMEbus Interface Controller This application note describes some features of the Cypress VIC068A and provides information on how to use the device. RMW cycle, another VMEbus master could break into that cycle and modify the same data.

VIC068A-BC

Abstract: VIC068A-GC VIC068 CY7C964 LD31 VIC068A VMEbus Interface Handbook vic068a-ac
Contextual Info: VIC068A VMEbus Interface Controller Features — Seven local interrupt lines • Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — Drives arbitration, interrupt, address modifier utility,

vic068a-bc

Abstract: A07T Shared resource arbitration
Contextual Info: fax id: 5601 VIC068A VMEbus Interface Controller — Seven local interrupt lines Featu res • Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — 8-level interrupt priority encode

C15 5T

Abstract: 2T D19 10t29 2t transistor c10 5t VIC068A 6T36 vme 1128
Contextual Info: 1.13 VIC068A AC Performance Specifications Clock Input Num. Characteristic Min. Max. Frequency of Operation MHz 1 64 1 Cycle Time (ns) 15.6 1000 2, 3 Clock Pulse Width (Measured from 1.5V to 1.5V) Note 1 Note 1 4, 5 Rise and Fall Time (ns) — 5 1 2 3 2.2V

round robin bus arbitration

Abstract: VME DAISY CHAIN vmebus ARBITRATION arbitration scheme VIC068A VME bus controller priority arbitration system
Contextual Info: 1.4 System Controller Operations The VIC068A is able to assume the system controller functions also known as slot 1 functions by strapping the SCON* signal Low. For reliable operation, the SCON* signal must remain asserted for the duration of operation. As the system controller, the VIC068A

card fci

Abstract: CY7C964 VAC068A VIC068A
Contextual Info: 1.10 VIC068A Block Transfer Functions The ability to transfer large blocks of data at a high-sustained transfer rate is paramount in today’s VMEbus market. When implemented properly, transfer rates exceeding 30 Mbyte/sec can be obtained using a high-speed processor, high-speed memory and highspeed VMEbus interfaces such as the VIC068A.

VAC068A

Abstract: VIC068A B144
Contextual Info: VAC068A CYPRESS SEMICONDUCTOR Features • Optional companion part to VIC068A • Implements master/slave VMEbus in­ terface in conjunction with the VIC068A • Complete VMEbus and I/O DMA ca­ pability for a 32-bit CPU • Complete local and VMEbus memory

VIC068A

Abstract: CY7C960 CY7C961 VIC64
Contextual Info: 4.2 Features • Directly connects to VIC068A, VIC64, CY7C960, or CY7C961 • Has internal counters for block transfer and local DMA address control • Has internal multiplexers for D64 64-bit VMEbus block transfers • Has internal comparators for address decoding

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

A07T

Abstract: A144 transistor data sheet CY7C964 LD31 VIC068 VIC068A vic068a-bc 08D16 VIC068A user guide
Contextual Info: 1V IC0 68 A VIC068A VMEbus Interface Controller — Seven local interrupt lines Features Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — Drives arbitration, interrupt, address modifier utility,

VIC068A

Abstract: vic068a Master
Contextual Info: 1.5 VIC068A VMEbus Master Operations The transfer of data is initiated by a VMEbus master module. The master module controls the type of transfer read, write, interrupt acknowledge, etc. and provides the address and address modifiers for the transfer. The timing of the start of the transfer is also controlled

VIC068A

Abstract: AC068A VAC068A vac068a Overview
Contextual Info: 5.3 VAC068A Overview 5.3.1 Applications The VAC068A is a complementary chip to Cypress's VIC068A VMEbus Interface ControlĆ ler. As the VAC068A is intended to work exclusively with the VIC068A, the user should be familiar with VIC068A operation. Section 1 of this book must be used in conjunction with

mc88000

Abstract: mbus master circuit MC68020 MC880 VIC068 VIC068A VIC068 registers VIC068 ICMS 680X0
Contextual Info: fax id: 5701 Features of the VIC068A VMEbus Interface Controller This application note describes some features of the Cypress VIC068A and provides information on how to use the device. RMW cycle, another VMEbus master could break into that cycle and modify the same data.

GI 312 diode

Abstract: CERAMIC PIN GRID ARRAY CPGA lead frame ceramic pin grid array package wire bond VIC064 CPGA 168 lead frame CERAMIC PIN GRID ARRAY 144 pins VIC068A CERAMIC PIN GRID ARRAY wire lead frame description of transistor bc 148 CY7C964
Contextual Info: Qualification Report November, 1994 - QTP# 93101 Version 1.1 CMOS2AN PROCESS MARKETING PART NUMBER VIC64 DEVICE DESCRIPTION VMEbus Interface Controller with D64 VIC068A VMEbus Interface Controller VAC068A VMEbus Address Controller CY7C964 Bus Interface Logic Circuit

ld18 st

Abstract: 5501 7 segment ANI 1015 1D14 VAC068A VIC068A
Contextual Info: fax id: 5600 VAC068A V M E bus Address Controller Features — Supports unaligned transfers • Optional companion part to VIC068A • Implements master/slave VMEbus interface in conjunc­ tion with the VIC068A • Complete VMEbus and I/O DMA capability for a 32-bit

Cypress VMEbus Interface Handbook

Abstract: VIC068A VIC64-NC VIC64 VME64 VIC64-1 VIC64AC vic64-umb
Contextual Info: VIC64 VMEbus Interface Controller with D64 Functionality Features • See the VMEbus Interface Handbook for more information • An enhanced VIC068A — 64-bit MBLT operation Functional Description — Higher transfer rate • Complete VMEbus interface controller and arbiter

VMEbus

Abstract: CY7C960 CY7C961 VIC068A VIC64
Contextual Info: 4.2 Features • Directly connects to VIC068A, VIC64, CY7C960, or CY7C961 • Has internal counters for block transfer and local DMA address control • Has internal multiplexers for D64 64-bit VMEbus block transfers • Has internal comparators for address decoding

5T50

Abstract: VIC068A 25B22
Contextual Info: 1.13 VIC068A AC Performance Specifications Clock Input Num. Characteristic Min. Max. Frequency of Operation MHz 1 64 1 Cycle Time (ns) 15.6 1000 2, 3 Clock Pulse Width (Measured from 1.5V to 1.5V) Note 1 Note 4, 5 Rise and Fall Time (ns) — 5 1 2 3 2.2V

VIC068A

Contextual Info: 1.5 VIC068A VMEbus Master Operations The transfer of data is initiated by a VMEbus master module. The master module controls the type of transfer read, write, interrupt acknowledge, etc. and provides the address and address modifiers for the transfer. The timing of the start of the transfer is also controlled by

vic068a Simulation

Abstract: VIC068A interleave VME 1182 Simulation
Contextual Info: 1.15 VIC068A Simulation Waveforms Note: LWDENIN* is now called DENIN* and UWDENIN* is now called DENIN1*. Figure 1-50. Master Self-Access 1-162 VIC068A Simulation Waveforms Figure 1-51. Master Deadlock Operation 1-163 VIC068A Simulation Waveforms Figure 1-52. Master Write Post

VIC068A

Abstract: CY7C960 CY7C961 CY7C964 VIC64
Contextual Info: 4.3 Interfacing to Cypress VMEbus Interface Controllers Previously, interfacing the VIC068A to the VMEbus required a significant number of LSI and MSI devices. With the advent of 64Ćbit VMEbus block transfers and the VIC64, the exĆ ternal discrete device count for a full functional interface has expanded. The CY7C964 has