VAC068A SIGNAL Search Results

VIC068A

Abstract: VAC068A vac068a Introduction Introduction to the VIC068A
Contextual Info: 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

VIC068A

Abstract: VAC068A
Contextual Info: 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

VIC068A

Abstract: VAC068A VIC068A user guide
Contextual Info: 5.3 VAC068A Overview 5.3.1 Applications The VAC068A is a complementary chip to Cypress’s VIC068A VMEbus Interface Controller. 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 the VAC068A

VIC068A

Abstract: VAC068A vac068a Operation vac068a AC
Contextual Info: 5.4 VAC068A Operation 5.4.1 Resetting the VAC068A There are two reset methods on the VAC068A. A global reset clears all registers and a soft reset interrupt reset masks all interrupt requests. 5.4.1.1 Global Reset A global reset is initiated by either asserting the RESET* signal for 1K processor clock

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

VIC068A

Abstract: LA 5461 VAC068A FF000000
Contextual Info: 5.4 VAC068A Operation 5.4.1 Resetting the VAC068A There are two reset methods on the VAC068A. A global reset clears all registers and a soft reset interrupt reset masks all interrupt requests. 5.4.1.1 Global Reset A global reset is initiated by either asserting the RESET* signal for 1K processor clock cycles

vac068a register

Abstract: VIC068A LA16 VAC068A
Contextual Info: 5.5 VAC068A Register Map and Descriptions Base address for the VAC068A register set is $FFFD 00xx. Register size is up to 16 bits wide and accesses are acknowledged by using DSACK1*. The 16Ćbit registers are NOT byte acĆ cessible. For singleĆbyte registers, the unused bits are read as 1s. Register values are listed

VIC068A

Abstract: vac068a register VAC068A LA16 VAC068
Contextual Info: 5.5 VAC068A Register Map and Descriptions Base address for the VAC068A register set is $FFFD 00xx. Register size is up to 16 bits wide and accesses are acknowledged by using DSACK1*. The 16-bit registers are NOT byte accessible. For single-byte registers, the unused bits are read as 1s. Register values are

VIC068A

Abstract: VIC068A user guide VMEbus Handbook VAC068A
Contextual Info: 5.2 VAC068A Signal Descriptions 5.2.1 VMEbus Signals A[31:8] Drive: Type: 64 mA all Three-state I/O These are the VMEbus address signals. AS* Type: Input This is the VMEbus address strobe signal. It responds to both VIC068A- and VMEbus-generated address strobes.

VIC068A

Abstract: VIC068A user guide VAC068A vac068a Signal
Contextual Info: 5.2 VAC068A Signal Descriptions 5.2.1 VMEbus Signals A[31:8] Drive: 64 mA all Type: ThreeĆstate I/O These are the VMEbus address signals. AS* Type: Input This is the VMEbus address strobe signal. It responds to both VIC068AĆ and VMEbusĆgenĆ erated address strobes.

PI011

Contextual Info: . VAC068A mmàà^SSSSSSSSrnfi * .ài*' /*? / c VMEbus Address Controller • Dual UART channels on board — Double-buffered on transmit, quint-buffered on receive — Baud rate programmable • Miscellaneous features — Pin grid array or quad flatpack

VME ACFAIL

Abstract: FCT245 VIC068A CERAMIC PIN GRID ARRAY 120 pins VIC068A user guide VAC068 VAC068A LD18 LA18 code LD31
Contextual Info: VAC068A VMEbus Address Controller D Features D D Dual UART channels on board Ċ DoubleĆbuffered on transmit, quintĆbuffered on receive Optional companion part to VIC068A Implements master/slave VMEbus interface in conjunction with the VIC068A Ċ Baud rate programmable

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

LD23

Abstract: ID10 ID12 VAC068A PIO-12 vac068a Pinouts LA18 LD26
Contextual Info: 5.7 VAC068A Signal List and Pinouts Table 5-2. VMEbus Signals Name PGA QFP Pin Pin Type Description A08 A8 139 ThreeĆState I/O VMEbus Address Signals A09 B8 138 ThreeĆState I/O VMEbus Address Signals A10 A7 142 ThreeĆState I/O VMEbus Address Signals A11

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

VIC068A

Abstract: L01B LA18 14 pin ID12 VAC068A CERAMIC PIN GRID ARRAY 120 pins CQ 817 LD207
Contextual Info: VAC068A CYPRESS VMEbus Address Controller Features • Optional companion part to VIC068A • Implements m aster/slave VMEbus interface in conjunction with the VIC068A • Complete VM Ebus and I/O DMA capability for a 32-bit CPU • Complete local and VMEbus memory

VMEbus interface handbook

Abstract: transistors BC 543 Cypress VMEbus Interface Handbook diode 68A VAC068 VIC068A LA18 14 pin ld18 transistor BC 147 FCT245
Contextual Info: fax id: 5600 1V AC0 68A VAC068A VMEbus Address Controller Features — Supports unaligned transfers • Optional companion part to VIC068A • Implements master/slave VMEbus interface in conjunction with the VIC068A • Complete VMEbus and I/O DMA capability for a 32-bit

ld18 st

Abstract: VME ACFAIL cypress VMEbus Interface handbook dio ld26
Contextual Info: fax id: 5600 VAC068A VMEbus Address Controller — Supports unaligned transfers Featu res • 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

VIC068A

Abstract: VAC068 VAC068A FCT245 106240 ld18 LD31 LBR 84 VMEbus interface handbook
Contextual Info: VAC068A VMEbus Address Controller Features — Supports unaligned transfers • Optional companion part to VIC068A • Implements master/slave VMEbus interface in conjunction with the VIC068A • Complete VMEbus and I/O DMA capability for a 32-bit CPU • Complete local and VMEbus memory map decoding

Contextual Info: VAC068A s s 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

VMEbus Handbook

Abstract: VMEbus interface handbook FCT245 VAC068 VAC068A VIC068A VME ACFAIL LD3011 LA-10 LD31
Contextual Info: VAC068A VMEbus Address Controller — Supports unaligned transfers Features • Optional companion part to VIC068A • Implements master/slave VMEbus interface in conjunction with the VIC068A • Complete VMEbus and I/O DMA capability for a 32-bit CPU • Complete local and VMEbus memory map decoding

LD2088

Abstract: VIC068A ID10 ID12 VAC068A ID13 LA18 code LA15 LA18 LD26
Contextual Info: 5.7 VAC068A Signal List and Pinout Table 5-2. VMEbus Signals PGA Pin QFP Pin A08 A8 139 Three-State I/O VMEbus Address Signals A09 B8 138 Three-State I/O VMEbus Address Signals A10 A7 142 Three-State I/O VMEbus Address Signals A11 B7 144 Three-State I/O VMEbus Address 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

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