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vmebus ARBITRATION Abstract: VIC068A CY7C960 CY7C961 CY7C964 VAC068A VIC64 393 chip 2441D Introduction to the VIC068A Text: 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	Original	VIC068A VIC068A VIC068A/VAC068A vmebus ARBITRATION CY7C960 CY7C961 CY7C964 VAC068A VIC64 393 chip 2441D Introduction to the VIC068A	PDF
VIC068A Abstract: vic068a Introduction MC68030 Text: 1.1 Introduction to the VIC068A 1.1.1 Description The Cypress Semiconductor VMEbus Interface Controller, VIC068A, is a single, inteĆ grated circuit designed to minimize the cost and boardĆarea requirements of VMEbus boards, while at the same time maximizing their performance. The VIC068A was designed	Original	VIC068A VIC068A, VIC068A vic068a Introduction MC68030	PDF
case A Abstract: VIC068A vic068a register dram refresh Text: 1.11 Miscellaneous Features This chapter describes additional miscellaneous features of the VIC068A. 1.11.1 Resetting the VIC068A The VIC068A is reset by any of three distinct reset conditions. These reset conditions are initiated by asserting various inputs or, in the case of a system reset, writing a VIC068A	Original	VIC068A. VIC068A VIC068A case A vic068a register dram refresh	PDF
VIC068 Abstract: MC6803 VIC068A vic068a Introduction VIC068 ICF registers Text: 1.1 Introduction to the VIC068A 1.1.1 Description The Cypress Semiconductor VMEbus Interface Controller, VIC068A, is a single, integrated circuit designed to minimize the cost and board-area requirements of VMEbus boards, while at the same time maximizing their performance. The VIC068A was designed using	Original	VIC068A VIC068A, VIC068A VIC068 VIC068 MC6803 vic068a Introduction VIC068 ICF registers	PDF
MC68030 Abstract: VIC068A vic068a Introduction Introduction to the VIC068A Text: 1.1 Introduction to the VIC068A 1.1.1 Description The Cypress Semiconductor VMEbus Interface Controller, VIC068A, is a single, integrated circuit designed to minimize the cost and board-area requirements of VMEbus boards, while at the same time maximizing their performance. The VIC068A was designed using Cypress’s	Original	VIC068A VIC068A, VIC068A MC68030 vic068a Introduction Introduction to the VIC068A	PDF
vmebus ARBITRATION Abstract: VIC068A CY7C960 CY7C961 CY7C964 VAC068A VIC64 VICO068A vic64 pinout Text: 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	Original	VICO068A VIC068A VIC068A VIC068A/VAC068A vmebus ARBITRATION CY7C960 CY7C961 CY7C964 VAC068A VIC64 vic64 pinout	PDF
VIC068A Abstract: VAC068A Text: 5.1 Introduction to the VAC068A 5.1.1 Features Summary When used with the VIC068A VMEbus Interface Controller , the VAC068A (VMEbus Address Controller) forms a complete VMEbus master/slave interface solution. The VAC068A is intended for use solely with VIC068A. The following feature list is VAC068A specific but uses	Original	VAC068A VIC068A VAC068A VIC068A. VIC068A 32-bit decodinC068A	PDF
VIC068A Abstract: VAC068A vac068a Introduction Introduction to the VIC068A Text: 5.1 Introduction to the VAC068A 5.1.1 Features Summary When used with the VIC068A VMEbus Interface Controller , the VAC068A (VMEbus Address Controller) forms a complete VMEbus master/slave interface solution. The VAC068A is intended for use solely with VIC068A. The following feature list is VAC068A	Original	VAC068A VIC068A VAC068A VIC068A. VIC068A 32bit AC068A AC068A vac068a Introduction Introduction to the VIC068A	PDF
VMEbus Abstract: CY7C964 VIC068A VIC64 Text: 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	Original	VIC64 64-bit 16-bit VIC64 VIC068A VIC64-based VIC068A. VIC64. CY7C964 VMEbus	PDF
VIC068A Abstract: VMEbus CY7C964 VIC64 2.1 Introduction Text: 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.	Original	VIC64 64bit 16bit VIC64 VIC068A VIC64based VIC068A. VIC64. CY7C964 VIC068A VMEbus 2.1 Introduction	PDF
VIC068A user guide Abstract: VIC068A vic64 VIC64 Users CY7C964 VIC068 VME64 2561b l2465 H-10-H Text: 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	OCR Scan	VIC64 VIC64, 64-bit 16-bit VIC068A VIC64-based VIC068A. VIC64. VIC068A user guide VIC64 Users CY7C964 VIC068 VME64 2561b l2465 H-10-H	PDF
11Z12 Abstract: vic64 CY7C964 VIC068A vic068a Overview Introduction to the VIC068A Text: 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	OCR Scan	CY7C964 VIC068A VIC64 64-Lead 11Z12 vic068a Overview Introduction to the VIC068A	PDF
transistor A144 Abstract: A144 transistor SIGNAL PATH designer Introduction to the VIC068A VIC068A Text: Frequently Asked Questions about the VMEbus Products The following questions are frequently asked by customers who are evaluating and using Cypress VMEbus Interface products. These answers will serve as an introduction for each topic. Separate application notes cover these topics in more complete detail.	Original	CLK64M transistor A144 A144 transistor SIGNAL PATH designer Introduction to the VIC068A VIC068A	PDF
transistor A144 Abstract: VIC068A vme bus interface verilog A144 transistor B144 CY7C960 CY7C961 CY7C964 VAC068A VIC068 Text: Frequently Asked Questions about the VMEbus Products The following questions are frequently asked by customers who are evaluating and using Cypress VMEbus Interface products. These answers will serve as an introduction for each topic. Separate application notes	Original	CLK64M transistor A144 VIC068A vme bus interface verilog A144 transistor B144 CY7C960 CY7C961 CY7C964 VAC068A VIC068	PDF

transistor A144 Abstract: A144 transistor VIC068 CY6C964 VIC068A a144* transistor vme bus specification VMEbus interface handbook B144 SIGNAL PATH designer Text: fax id: 5708 Frequently Asked Questions about the VMEbus Products The following questions are frequently asked by customers who are evaluating and using Cypress VMEbus Interface products. These answers will serve as an introduction for each topic. Separate application notes cover these topics in more complete detail.	Original	CLK64M transistor A144 A144 transistor VIC068 CY6C964 VIC068A a144* transistor vme bus specification VMEbus interface handbook B144 SIGNAL PATH designer	PDF
CY7C964 Abstract: VIC068A VIC64 CY7C960 CY7C961 Text: 4.1 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 devices. It is based on a standard cell design that incorporates patented line drivers for reduced ground bounce and high noise immunity. The CY7C964	Original	CY7C964 CY7C964 VIC068A, VIC64, CY7C960, CY7C961 VIC068A/VIC64/CY7C960/961 CY7C964s VIC068A VIC64 CY7C960	PDF
VIC068A Abstract: CY7C960 CY7C961 CY7C964 VIC64 Text: 4.1 Introduction The CY7C964 is a flexible collection of byte 8Ćbit wide transceivers, latches, counters, multiplexers, and comparators that provide bus interface designs with a lowĆcost alternative to PLDs, ASICs, or discrete logic devices. It is based on a standard cell design that incorpoĆ	Original	CY7C964 VIC068A, VIC64, CY7C960, CY7C961 VIC068A/VIC64/CY7C960/961 CY7C964s VIC068A CY7C960 CY7C961 VIC64	PDF
CY7C960 Abstract: CY7C961 CY7C964 VIC068A VIC64 Text: 4.1 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 devices. It is based on a standard cell design that incorporates patented line drivers for reduced ground bounce and high noise immunity. The CY7C964	Original	CY7C964 CY7C964 VIC068A, VIC64, CY7C960, CY7C961 VIC068A/VIC64/CY7C960/961 CY7C964s CY7C960 VIC068A VIC64	PDF
VIC068A Abstract: CY7C960 CY7C964 MD32 Text: 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	Original	CY7C960 CY7C964 VIC068A MD32	PDF
VIC068A Abstract: CY74FCT162245T CY74FCT162373T CY74FCT16543T CY7C960 CY7C961 CY7C964 5 to 32 decoder 16543T vme 3U Text: 3.2 System Block Diagrams Four examples of system diagrams are shown: a 6U example, a 3U example, a low cost 6U implementation, and a CY7C961 3U example. Figure 3-4 shows an example of a 6U form factor board design. The details of the local circuitry are at the option of the board designer: this diagram illustrates the simplicity of the CY7C960	Original	CY7C961 CY7C960 CY7C964s CY7C964 CY7C961 LAEN321 CY7C960 VIC068A CY74FCT162245T CY74FCT162373T CY74FCT16543T CY7C964 5 to 32 decoder 16543T vme 3U	PDF
VME SWDEN Abstract: VIC068A CY74FCT162245T CY74FCT162373T CY74FCT16543T CY7C960 CY7C961 CY7C964 vme 3U Introduction to the VIC068A Text: 3.2 System Block Diagrams Four examples of system diagrams are shown: a 6U example, a 3U example, a low cost 6U implementation, and a CY7C961 3U example. Figure 3-4 shows an example of a 6U form factor board design. The details of the local circuitry are at the option of the board designer: this diagram illustrates the simplicity of the CY7C960	Original	CY7C961 CY7C960 CY7C964s CY7C964 CY7C961 LAEN321 CY7C960 VME SWDEN VIC068A CY74FCT162245T CY74FCT162373T CY74FCT16543T CY7C964 vme 3U Introduction to the VIC068A	PDF
VIC068A Abstract: Introduction to the VIC068A CY7C960 CY7C961 CY7C964 VIC64 VME64 Text: 3.1 Introduction 3.1.1 Feature List Optimal Performance: NextĆGeneration Product: 80 Mbyte per second Block Transfer Rates VME64 transactions, including A64/D64, A40/MD32 transfers, Auto Slot ID, CR/CSR space, LOCK cycles etc. Backwards Compatible: All standard VMEbus transactions implemented	Original	VME64 A64/D64, A40/MD32 CY7C960 CY7C961 0000h 10000h VIC068A Introduction to the VIC068A CY7C964 VIC64	PDF
VIC068A Abstract: VAC068A vac068a DC vic068a DC Text: 5.8 DC Performance Specifications Table 5-6. VMEbus Signals AS, DS1, DS0, BCLR, SYSCLK Parameter Description Test Conditions Comm. Industrial Military Units VIH Minimum High-Level Input Voltage 2.0 2.0 2.0 V VIL Maximum Low-Level Input Voltage 0.8 0.8	Original	00/VCC VIC068A VAC068A vac068a DC vic068a DC	PDF
CY7C960 Abstract: CY7C961 CY7C964 VAC068A VIC068A VIC64 VME64 vic64 pinout Text: 3.1 Introduction 3.1.1 Feature List Optimal Performance: Next-Generation Product: 80 Mbyte per second Block Transfer Rates VME64 transactions, including A64/D64, A40/MD32 transfers, Auto Slot ID, CR/CSR space, LOCK cycles etc. Backwards Compatible: All standard VMEbus transactions implemented	Original	VME64 A64/D64, A40/MD32 CY7C960 CY7C961 0000h 10000h CY7C964 VAC068A VIC068A VIC64 vic64 pinout	PDF

VIC068A INTRODUCTION Search Results

VIC068A INTRODUCTION Datasheets Context Search

vmebus ARBITRATION

VIC068A

case A

VIC068

MC68030

vmebus ARBITRATION

VIC068A

VIC068A

VMEbus

VIC068A

VIC068A user guide

11Z12

transistor A144

transistor A144

transistor A144

CY7C964

VIC068A

CY7C960

VIC068A

VIC068A

VME SWDEN

VIC068A

VIC068A

CY7C960