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
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VAC068A
VIC068A
VAC068A
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32bit
AC068A
AC068A
vac068a Introduction
Introduction to the VIC068A
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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
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VAC068A
VIC068A
VAC068A
VIC068A.
VIC068A
32-bit
decodinC068A
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VIC068A
Abstract: VAC068A VIC068A user guide
Text: 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
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VAC068A
VIC068A
VIC068A,
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VIC068A user guide
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VIC068A
Abstract: AC068A VAC068A vac068a Overview
Text: 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
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VAC068A
AC068A
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vac068a Overview
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VIC068A
Abstract: VAC068A vac068a Operation vac068a AC
Text: 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
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VAC068A
VAC068A
VAC068A.
VIC068A/VAC068A
VAC068
VIC068A
680x0
vac068a Operation
vac068a AC
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VIC068A
Abstract: LA 5461 VAC068A FF000000
Text: 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
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VAC068A
VAC068A
VAC068A.
VIC068A/VAC068A
VAC068
VIC068A
VIC068
LA 5461
FF000000
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vac068a register
Abstract: VIC068A LA16 VAC068A
Text: 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
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VAC068A
16bit
VAC068-F5
vac068a register
VIC068A
LA16
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VIC068A
Abstract: vac068a register VAC068A LA16 VAC068
Text: 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
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VAC068A
16-bit
VAC068
VAC068A
VIC068A
vac068a register
LA16
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VIC068A
Abstract: VIC068A user guide VMEbus Handbook VAC068A
Text: 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.
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VIC068A-
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VIC068A
VIC068A user guide
VMEbus Handbook
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VIC068A
Abstract: VIC068A user guide VAC068A vac068a Signal
Text: 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.
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VAC068A
VIC068A
VAC068A
VIC068A user guide
vac068a Signal
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VIC068A
Abstract: VIC068A revision CY7C964 VAC068A
Text: 1.3 Overview of the VIC068A The VIC068A provides an economical and convenient means to interface between a local CPU bus and the VMEbus. The local bus interface of the VIC068A emulates Motorola’s family of 32-bit CISC processor interfaces 68K . Other processors can easily be adapted
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32-bit
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CY7C964
VAC068A
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VIC068A
Abstract: VIC068A revision CY7C964 VAC068A vic068a Overview 1.3 Overview of the VIC068A vic068a reset timing
Text: 1.3 Overview of the VIC068A The VIC068A provides an economical and convenient means to interface between a local CPU bus and the VMEbus. The local bus interface of the VIC068A emulates Motorola's family of 32Ćbit CISC processor interfaces 68K . Other processors can easily be adapted
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VIC068A
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32bit
VIC068A.
VIC068A revision
CY7C964
VAC068A
vic068a Overview
1.3 Overview of the VIC068A
vic068a reset timing
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card fci
Abstract: CY7C964 VAC068A VIC068A
Text: 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.
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card fci
CY7C964
VAC068A
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vic068a Block Transfer
Abstract: VIC068A transistor A7 CY7C964 VAC068A
Text: 1.10 VIC068A Block Transfer Functions The ability to transfer large blocks of data at a highĆsustained transfer rate is paramount in today's VMEbus market. When implemented properly, transfer rates exceeding 30 Mbyte/sec can be obtained using a highĆspeed
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VIC068A
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vic068a Block Transfer
transistor A7
CY7C964
VAC068A
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CY7C964
Abstract: MC68681 VIC068A VIC64 M68681 cy7c611
Text: 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
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CY7C964.
32-bit,
CY7C964
MC68681
VIC068A
M68681
cy7c611
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VAC068A
Abstract: 1.16 DC Performance Specifications
Text: 1.16 DC Performance Specifications . Table 1-22. 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
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1.16 DC Performance Specifications
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VAC068A
Abstract: vac068a DC
Text: 5.8 DC Performance Specifications Table 5-6. VMEbus Signals AS*, DS1*, DS0*, BCLR*, SYSCLK Parameter VIH VIL VOH VOL IL VIK IOZ Description Minimum HighĆLevel Input Voltage Maximum LowĆLevel Input Voltage Minimum HighĆLevel Output Voltage Maximum LowĆLevel
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vac068a DC
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VAC068A
Abstract: No abstract text available
Text: 1.16 DC Performance Specifications Table 1-22. VMEbus Signals AS*, DS1*, DS0*, BCLR*, SYSCLK Parameter VIH VIL VOH VOL IL VIK IOZ Description Minimum HighĆLevel Input Voltage Maximum LowĆLevel Input Voltage Minimum HighĆLevel Output Voltage Maximum LowĆLevel
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VAC068A
Abstract: 2.5 DC Performance Specifications
Text: 2.5 DC Performance Specifications Table 2-4. VMEbus Signals AS*, DS1*, DS0*, BCLR*, SYSCLK Parameter VIH VIL VOH VOL IL VIK IOZ Description Minimum HighĆLevel Input Voltage Maximum LowĆLevel Input Voltage Minimum HighĆLevel Output Voltage Maximum LowĆLevel
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2.5 DC Performance Specifications
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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
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vac068a DC
vic068a DC
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Cypress VMEbus Interface Handbook
Abstract: No abstract text available
Text: 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
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VIC068A/VIC64.
Cypress VMEbus Interface Handbook
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LCR Components
Abstract: CY7C964 MC68681 VIC068A VIC64
Text: Software Considerations for the VIC64 Introduction Hardware Overview 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 SPARCĆbased VMEbus
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VIC068A.
VIC64only
LCR Components
MC68681
VIC068A
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VIC068
Abstract: CY7C964 MC68681 VIC068A VIC64 E800000 7c964
Text: fax id: 5704 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
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VIC068
MC68681
VIC068A
E800000
7c964
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Cypress VMEbus Interface Handbook
Abstract: VIC068A "cyclic timer" CY7C964 VAC068A VIC64 VAC068A disable
Text: 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
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VIC64
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VIC068A/VIC64
Cypress VMEbus Interface Handbook
"cyclic timer"
CY7C964
VAC068A
VAC068A disable
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