National Instruments GPIB-1014 Series Manuals

Manuals and User Guides for National Instruments GPIB-1014 Series. We have 2 National Instruments GPIB-1014 Series manuals available for free PDF download: User Manual, Getting Started

National Instruments GPIB-1014 Series User Manual

National Instruments GPIB-1014 Series User Manual (254 pages)

Brand: National Instruments | Category: Computer Hardware | Size: 1 MB

Table of Contents

Table of Contents
6
About this Manual
12
Organization of this Manual
12
Conventions Used in this Manual
13
Related Documentation
13
Customer Communication
14
Chapter 1 Introduction

15
- Figure 1-1. GPIB-1014 Interface Board
  16
- What Your Kit Should Contain
  17
- Optional Equipment
  17
- Unpacking
  18
- General Description
  20
- Vmebus Characteristics
  20
- Vmebus Slave-Addressing
  20
- Vmebus Slave-Data
  21
- Table 2-3. 68450 Internal DMA Registers
  22
- Vmebus Master-Direct Memory Access
  23
- Table 2-4. GPIB-1014 Configuration Registers
  23
- Interrupter
  24
- Data Transfer Bus (DTB) Requester
  25
- Vmebus Modules Not Provided
  25
- Diagnostic Aids
  25
- Data Transfer Features
  25
- Programmed I/O Transfers
  26
- GPIB-1014 Functional Description
  26
- Figure 2-1. GPIB-1014 with a Vmebus Computer
  27
- Figure 2-2. GPIB-1014 in a Multiprocessor Application
  28
- Figure 2-3. GPIB-1014 Block Diagram
  29
- Table 2-5. GPIB-1014 IEEE 488 Interface Capabilities
  31
- Table 2-6. GPIB-1014 IEEE 1014 Interrupter Compliance Levels
  33
- Configuration and Installation
  34
- Configuration
  34
- Figure 3-1. Parts Locator Diagram
  35
- Access Mode
  36
- Base Address
  36
- Figure 3-2. Access Mode after RESET
  36
- Set Base Address Using Jumper Block W1
  37
- Set Base Address Using Compare Address Lines
  37
- Figure 3-3. Configuration for GPIB-1014 Base Address 2000 (Hex)
  37
- DMA Address Modifier Code Output
  38
- Figure 3-4. Default Settings of am Code Jumpers W3, W4, and W5
  38
- Table 3-1. Programming Values for Default Settings of W3, W4, and W5
  39
- Table 3-2. Setting the Address Modifier Code Bits (AM5-AM0)
  39
- Other Configuration Parameters
  40
- Installation
  40
- Verification of System Compatibility
  40
- Table 3-3. GPIB-1014 Pin Assignment on Vmebus Connector P1
  41
- Table 3-4. GPIB-1014 Pin Assignment on Vmebus Connector P2
  42
- Cabling
  43
- Verification Testing
  43
- Table 4-1. GPIB-1014 Register Map
  44
- Register Bit Descriptions
  45
- Register Sizes
  45
- Register Description
  45
- Register Description Format
  46
- Interface Registers
  47
- Figure 4-1. Interface Registers
  48
- Figure 4-2. Writing to the Hidden Registers
  49
- Data in Register (DIR)
  50
- Command/Data out Register (CDOR)
  51
- Interrupt Status Register 1 (ISR1)
  52
- Interrupt Mask Register 1 (IMR1)
  52
- Interrupt Status Register 2 (ISR2)
  58
- Interrupt Mask Register 2 (IMR2)
  58
- Serial Poll Status Register (SPSR)
  63
- Serial Poll Mode Register (SPMR)
  63
- Address Status Register (ADSR)
  64
- Address Mode Register (ADMR)
  66
- Command Pass through Register (CPTR)
  69
- Auxiliary Mode Register (AUXMR)
  71
- Table 4-4. Auxiliary Command Summary
  72
- Table 4-5. Auxiliary Commands: Detail Description
  73
- Hidden Registers
  77
- Internal Counter Register (ICR)
  78
- Parallel Poll Register (PPR)
  79
- Table 4-6. Examples for Configuring the PPR
  80
- Auxiliary Register a (AUXRA)
  81
- Auxiliary Register B (AUXRB)
  83
- Auxiliary Register E (AUXRE)
  85
- Address Register 0 (ADR0)
  86
- Address Register (ADR)
  87
- Address Register 1 (ADR1)
  88
- End of String Register (EOSR)
  89
- DMA Registers
  90
- Table 4-7. DMAC DMA Channel Register Set
  90
- Figure 4-3. DMA Register Memory Map
  91
- Address Registers
  92
- Transfer Count Registers
  93
- Function Code Registers
  94
- Device Control Register
  95
- Operation Control Register
  97
- Sequence Control Register
  99
- Channel Control Register
  100
- Channel Status Register
  102
- Channel Error Register
  104
- Channel Priority Register
  105
- Interrupt Vector Registers
  106
- General Control Register
  107
- Configuration Registers
  108
- Configuration Register 1 (CFG1)
  108
- Configuration Register 2 (CFG2)
  110
- Programming Considerations
  112
- Initialization
  112
- The GPIB-1014 as GPIB Controller
  114
- Becoming Controller-In-Charge (CIC) and Active Controller
  114
- Sending Remote Multiline Messages (Commands)
  115
- Going from Active to Standby Controller
  115
- Going from Standby to Active Controller
  115
- Going from Active to Idle Controller
  116
- The GPIB-1014 as GPIB Talker and Listener
  117
- Programmed Implementation of Talker and Listener
  117
- Addressed Implementation of the Talker and Listener
  117
- Address Mode 1
  117
- Address Mode 2
  118
- Address Mode 3
  118
- Sending/Receiving Messages
  119
- Using Direct Memory Access
  119
- DMA Transfers Without the Carry Cycle
  121
- Figure 5-1. DMA Transfer Without Carry Cycle
  121
- DMA Transfers with the Carry Cycle
  124
- Figure 5-2. DMA Transfer with Carry Cycle
  124
- Polling During Dmas
  128
- Sending END or EOS
  128
- Terminating the Transfer and Checking the Result
  128
- Terminating on END or EOS
  130
- Using Programmed I/O
  131
- Sending and Receiving Data
  131
- Sending END or EOS
  131
- Terminating on END or EOS
  131
- Interrupts
  132
- Serial Polls
  134
- Conducting a Serial Poll
  134
- Responding to a Serial Poll
  134
- Parallel Polls
  134
- Conducting a Parallel Poll
  135
- Responding to a Parallel Poll
  136
Chapter 6 Theory of Operation

137
- Vmebus Interface
  137
- Data Lines
  137
- Slave Read and Write Transfers
  137
- DMA Transfers
  137
- Control Signals
  138
- Address
  138
- Control Equations of Transceivers
  139
- Table 6-1. Control Equations of Transceivers
  139
- Clock and Reset Circuitry
  140
- Configuration Registers
  141
- Configuration Register 1
  141
- Configuration Register 2
  143
- Timing State Machine
  143
- Slave Cycles
  143
- DMA Cycles
  144
- DMA Gating and Control
  145
- Interrupter
  146
- DTB Requester and Controller
  146
- Figure 6-1. DTB Requester and Controller Flip-Flop Operations
  147
- GPIB Synchronization and Interrupt Control
  149
- 68450 Dmac
  152
- DMAC Channel Operation
  152
- Initialization and Transfer Phases
  152
- Device (TLC)/DMAC Communication
  153
- DMA Requests
  154
- Data Transfers
  154
- Operands and Addressing
  155
- Address Register Operation
  155
- Transfer Count Register Operation
  156
- Initiation and Control of Channel Operation
  156
- Initiating the Operation
  156
- The Continue Mode of Operation
  156
- Halt
  156
- Software Abort
  157
- Interrupt Enable
  157
- Block Termination
  157
- Multiple Block Operations
  157
- Continued Operations
  157
- Array Chaining Operations
  158
- Linked Chaining Operations
  159
- Figure 6-2. Array Format for Array Chaining Modes
  159
- Error Conditions
  160
- GPIB Interface
  162
- Test and Troubleshooting
  163
- DMA Stand-Alone Testing
  163
- GPIB Interface Testing
  163
- Diagnostic and Troubleshooting Test Procedures
  165
- Interpreting Test Procedures
  165
- GPIB-1014 Hardware Installation Tests
  166
- Hardware Specifications
  174
- Table A-1. Electrical Characteristics
  174
- Table A-2. Environmental Characteristics
  174
- Parts List and Schematic Diagrams
  176
Appendix C Sample Programs

185
- Multiline Interface Messages
  206
Appendix E Operation of the GPIB

209
- Types of Messages
  209
- Talkers, Listeners, and Controllers
  209
- The Controller-In-Charge and System Controller
  210
- GPIB Signals and Lines
  210
- Data Lines
  210
- Handshake Lines
  210
- DAV (Data Valid
  211
- Interface Management Lines
  211
- ATN (Attention
  211
- IFC (Interface Clear
  211
- REN (Remote Enable
  211
- SRQ (Service Request
  211
- EOI (End or Identify
  211
- Physical and Electrical Characteristics
  212
- Configuration Requirements
  214
- Related Documents
  215
Appendix F Mnemonics Key

216
- Customer Communication
  227
- Glossary
  232
- Index
  254

Advertisement

National Instruments GPIB-1014 Series Getting Started

National Instruments GPIB-1014 Series Getting Started (30 pages)

Interface boards and the NI-488M multitasking software for Motorola UNIX

Brand: National Instruments | Category: Computer Hardware | Size: 0 MB

Table of Contents

Table of Contents
11
Chapter 1 Introduction

12
- What Your Kit Should Contain
  12
- Optional Equipment
  13
- Software Description
  13
Chapter 2 Installation and Configuration

14
Appendix A Troubleshooting

23
Appendix B Customer Communication

24

Advertisement

Related Products

National Instruments Categories

Control Unit I/O Systems Controller Computer Hardware Measuring Instruments

More National Instruments Manuals