VIC64 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.

VMEbus

Abstract: CY7C964 VIC068A VIC64
Contextual Info: 2.1 Introduction The VIC64 is a member of the industry-standard VIC family of VMEbus interface products. The VIC64 implements 64-bit wide block transfers, in addition to 32- and 16-bit block transfers and 32-, 16-, and 8-bit single-cycle transfers, all using the same backplane hardware. VIC64

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

VIC068A

Abstract: VMEbus CY7C964 VIC64 2.1 Introduction
Contextual Info: 2.1 Introduction The VIC64 is a member of the industryĆstandard VIC family of VMEbus interface products. The VIC64 implements 64Ćbit wide block transfers, in addition to 32Ć and 16Ćbit block transĆ fers and 32Ć, 16Ć, and 8Ćbit singleĆcycle transfers, all using the same backplane hardware.

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

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

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

CY7C964

Abstract: VIC068A VIC64 VME64 VIC64 Users
Contextual Info: 2.3 64-Bit Operations 2.3.1 VMEbus Specification The primary reason for the development of the VIC64 was to provide users with the capability to perform 64-bit-wide data transfers in a manner consistent with the goals of the 64-bit VMEbus specification, more commonly known as the VME64 specification. The protocol for

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

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

VIC068A user guide

Abstract: VIC068A CY7C964 VIC64 VME64 vic068a Miscellaneous
Contextual Info: 2.4 VIC068A: Additional Information The following sections are related to Section 1, The VIC068A VMEbus Interface ControlĆ er. The chapter numbers are those chapters of Section 1 that require clarification or modifiĆ cation for the VIC64. All other information in Section 1 is applicable to the VIC64.

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

VIC64-UM

Contextual Info: fax id: 5602 VIC64 VMEbus Interface Controller with D64 Functionality • See the VMEbus Interface Handbook \or more informa­ tion Features • An enhanced VIC068A — 64-bit MBLT operation Functional Description — Higher transfer rate • Complete VMEbus interface controller and arbiter

VIC068A

Abstract: CY7C964 VIC64 VME64 VIC64 Users
Contextual Info: 2.3 64ĆBit Operations 2.3.1 VMEbus Specification The primary reason for the development of the VIC64 was to provide users with the capabilĆ ity to perform 64ĆbitĆwide data transfers in a manner consistent with the goals of the 64Ćbit VMEbus specification, more commonly known as the VME64 specification. The protocol

VIC068A

Abstract: CY7C964 VIC64
Contextual Info: 4.6 CY7C964 Alternate BLT Initiation Operation for VIC068A and VIC64 Another method of loading the VMEbus block transfer address counters exists within the CY7C964. This method has been placed within its own section of the document because it is not completely compatible with the VIC block transfer initiation cycle.

Cypress VMEbus Interface Handbook

Contextual Info: Initialization and Use of VIC068A/VIC64 Registers At power up the VIC068A and VIC64 registers are automatically initialized to their most ‘logical’ state; the rule being not to prevent operation of the local processor, nor the VMEbus. This hardware initialization must be followed with a software

CY7C960

Abstract: CY7C961 CY7C964 VIC068A VIC64 vic068a Block Transfer
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 64-bit VMEbus block transfers and the VIC64, the external discrete device count for a full functional interface has expanded. The CY7C964 has been

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

Cypress VMEbus Interface Handbook

Abstract: VIC068A "cyclic timer" CY7C964 VAC068A VIC64 VAC068A disable
Contextual Info: fax id: 5716 Initialization and Use of VIC068A/VIC64 Registers At power up the VIC068A and VIC64 registers are automatically initialized to their most ‘logical’ state; the rule being not to prevent operation of the local processor, nor the VMEbus. This hardware initialization must be followed with a software

VIC64-NC

Abstract: VIC64 Cypress VMEbus Interface Handbook MARK A03 VMEbus Handbook IR04 VIC068A VME64 VIC64-1
Contextual Info: fax id: 5602 VIC64 VMEbus Interface Controller with D64 Functionality • See the VMEbus Interface Handbook \or more informa­ tion Features • An enhanced VIC068A — 64-bit MBLT operation Functional Description — Higher transfer rate • Complete VMEbus interface controller and arbiter

VIC068A user guide

Abstract: VIC068A vic64 VIC64 Users CY7C964 VIC068 VME64 2561b l2465 H-10-H
Contextual Info: yr~ YIC64 Design Notes Introduction Cypress Semiconductor has supplemented its Bus Interface product family with the VIC64, a member of the industry-standard VIC family of VMEbus interface products. The VIC64 implements 64-bit wide block transfers, in addition to 32- and 16-bit block transfers and 32-, 16-, and 8-bit single-cycle trans­

VIC068A user guide

Abstract: CY7C964 VIC068A VIC64 VME64 2T31
Contextual Info: 2.4 VIC068A: 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: VIC64 CYPRESS SEMICONDUCTOR VMEbus Interface Controller with D64 Functionality Features In addition to D 8, D16 and D 32 operations, the V IC64 perform s D64 da ta transfer. T he V IC 64 is designed w ith an advanced C M O S process using high-perform ance stan d ard cells. O n-chip o u tp u t