VXI 320222-01 - Manual

VXI 320222-01

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Table of Contents:

  • Page 4 – FCC/DOC Radio Frequency Interference Compliance; Federal Communications Commission
  • Page 5 – Contents; About This Manual; xi
  • Page 7 – Glossary
  • Page 8 – Figures
  • Page 9 – Tables
  • Page 10 – Organization of This Manual; The VXI-MXI User Manual is organized as follows:
  • Page 11 – How to Use This Manual
  • Page 15 – Overview; Supports dynamic configuration of VXIbus devices
  • Page 16 – Front Panel Features; FAILED LED indicates that the VMEbus SYSFAIL line is asserted.
  • Page 17 – What Your Kit Should Contain; Your VXI-MXI kit should contain the following components:; Component; Standard VXI-MXI Interface Module; Optional Equipment; Equipment
  • Page 18 – Unpacking; Follow these steps when unpacking your VXI-MXI:
  • Page 19 – Chapter; Electrical Characteristics; Driver Device; SYSCLK
  • Page 20 – VMEbus Modules
  • Page 21 – Compliance Notation
  • Page 23 – VXI-MXI Functional Description
  • Page 24 – Daughter Card Connection; VXIbus
  • Page 26 – INTX Registers
  • Page 27 – Interrupt Control
  • Page 28 – Configuring the VXI-MXI
  • Page 31 – The Metal Enclosure
  • Page 33 – VXIbus Logical Address; Figure 3-5 shows switch settings for logical address hex 1 and C0.
  • Page 34 – VMEbus Request Level
  • Page 35 – Figure 3-6. VMEbus Requester Jumper Settings; VMEbus Timeout Value
  • Page 36 – Figure 3-7. VMEbus Timeout Value Selection
  • Page 37 – VMEbus Timeout Chain Position; VME BTO
  • Page 40 – Interlocked Arbitration Mode
  • Page 41 – Interlocked Bus Cycles; Figure 3-11. Interlocked Arbitration Mode Selection; MXIbus System Controller
  • Page 42 – MXIbus System Controller Enabled; Figure 3-12. MXIbus System Controller Selection
  • Page 43 – MXIbus System Controller Timeout; Figure 3-13. MXIbus System Controller Timeout Value Selection
  • Page 44 – MXIbus Fairness Option; Fairness Enabled; Figure 3-14. MXIbus Fair Requester Selection
  • Page 46 – Figure 3-15. CLK10 Source Signal Options
  • Page 47 – EXT CLK SMB Input/Output; CLK10 in from SMB; INTX CLK10 Mapping
  • Page 48 – Figure 3-17. INTX CLK10 Mapping Switches
  • Page 49 – Trigger Input Termination; None; Termination
  • Page 50 – Reset Signal Select; Installing the VXI-MXI Hardware
  • Page 51 – MXIbus Termination; TERMPWR is not intended to provide power to any other device.
  • Page 52 – Figure 3-21. MXIbus Terminating Networks; INTX Termination
  • Page 53 – Installation Instructions
  • Page 54 – Connect MXIbus and SMB cables as required.; Connecting the INTX Cable
  • Page 55 – Connecting the MXIbus Cable
  • Page 57 – System Power Cycling Requirements; Table 3-1 summarizes MXIbus system power cycling requirements.; System Type; Distributed
  • Page 58 – VMEbus Devices in VXIbus/MXIbus Systems
  • Page 59 – Register Maps; Register Sizes
  • Page 60 – Register Name
  • Page 62 – VXIbus Configuration Registers; VXIbus ID Register; Read Only; Bit; DEVCLASS
  • Page 63 – MANID
  • Page 64 – Device Type Register; MODEL
  • Page 65 – VXIbus Status/Control Register
  • Page 67 – VXIbus Extender Registers; MODID Register
  • Page 68 – Logical Address Window Register
  • Page 69 – LAEN
  • Page 70 – Logical Address Window Upper Bound Bits
  • Page 72 – A16 Window Map Register; Reserved
  • Page 73 – Window Applies to
  • Page 74 – A16 Window Upper Bound Bits
  • Page 76 – A24 Window Map Register
  • Page 78 – A24 Window Upper Bound
  • Page 80 – A32 Window Map Register
  • Page 82 – A32 Window Upper Bound
  • Page 84 – INTX Interrupt Configuration Register (on VXI-MXIs with INTX only)
  • Page 85 – INTX Trigger Configuration Register (on VXI-MXIs with INTX only); Extended Trigger Enable Bits
  • Page 86 – INTX Utility Configuration Register (on VXI-MXIs with INTX only)
  • Page 88 – Subclass Register; Read only; Manufacturer
  • Page 89 – MXIbus Defined Registers; MXIbus Status/Control Register; RMWMODE
  • Page 91 – ECLxEN; Routing
  • Page 94 – MXIbus Lock Register; Reserved
  • Page 95 – MXIbus IRQ Configuration Register
  • Page 96 – MIRQxEN; Disabled
  • Page 97 – Drive Triggers/Read LA Register
  • Page 98 – DRVECL1
  • Page 99 – Trigger Mode Selection Register
  • Page 100 – Trigger Line
  • Page 103 – Interrupt Status/Control Register
  • Page 107 – MXIbus Trigger Configuration Register; Trigger Enable Bits
  • Page 108 – Trigger Synchronous Acknowledge Register; Trigger Asynchronous Acknowledge Register; Write Only
  • Page 109 – IRQ Acknowledge Registers; Interrupt Acknowledge Status/ID
  • Page 110 – System Configuration; Planning a VXIbus/MXIbus System Logical Address Map
  • Page 112 – Multiple VXI-MXIs in a mainframe must be in adjacent slots.; Base/Size Configuration Format
  • Page 113 – Figure 5-4. Address Range Allocation for Different Size Values
  • Page 114 – High/Low Configuration Format
  • Page 117 – Level 1; MXIbus Device A
  • Page 118 – Device A
  • Page 119 – VXIbus Mainframe #1; MXIbus #1; MXIbus #2
  • Page 120 – Total Number of Logical Addresses Required:
  • Page 121 – VXIbus Mainframe #6; VXIbus Mainframe #4
  • Page 122 – Worksheets for Planning Your VXIbus/MXIbus Logical Address Map
  • Page 129 – Planning a VXIbus/MXIbus System A16 Address Map; Table 5-3. Amount of A16 Space Allocated for all Size Values; Amount of A16 Space Allocated
  • Page 130 – Figure 5-12. A16 Space Allocations for all Size Values
  • Page 133 – Device
  • Page 134 – Out
  • Page 136 – In
  • Page 137 – Worksheets for Planning Your VXIbus/MXIbus A16 Address Map
  • Page 143 – Multiframe RM Operation; Identifies all devices in the system; Configuring the Logical Address Window; address space inward and enables the window.
  • Page 144 – Configuring the Logical Address Window Example; Multiframe RM
  • Page 145 – The RM performs the following steps:
  • Page 146 – Configuring the A24 and A32 Addressing Windows
  • Page 147 – System Administration and Initiation
  • Page 148 – VMEbus Address and Address Modifier Transceivers
  • Page 149 – VMEbus Control Signals Transceivers
  • Page 150 – Interrupt Circuitry
  • Page 152 – VMEbus IRQ Line
  • Page 153 – Parity Check and Generation
  • Page 154 – Master; Slave; VMEbus Address
  • Page 155 – Transfer Type
  • Page 156 – VMEbus
  • Page 157 – MXIbus Slave Mode State Machine
  • Page 158 – MXIbus Address/Data and Address Modifier Transceivers
  • Page 159 – MXIbus System Controller Functions
  • Page 162 – Capability Codes; Capability Code
  • Page 163 – MXIbus; Electrical
  • Page 164 – Physical; Master Mode; Other
  • Page 171 – Removing the Metal Enclosure from the VXI-MXI; right side panel of the enclosure.
  • Page 173 – Removing the INTX Daughter Card from the VXI-MXI; Remove the three screws on the top of the daughter card.
  • Page 174 – Installing the INTX Daughter Card onto the VXI-MXI
  • Page 175 – MXIbus Connector; Table D-1. MXIbus Connector Signal Assignments
  • Page 176 – Category; GND
  • Page 177 – INTX Connector; Table D-3. INTX Connector Signal Assignments
  • Page 179 – Configuring VXI-MXIs for a Two-Frame System
  • Page 184 – Configuration Requirements for Two-Frame System; BTO Unit
  • Page 186 – Technical Support Form
  • Page 187 – National Instruments Products
  • Page 188 – Other Products
  • Page 189 – Documentation Comment Form
  • Page 190 – Prefix; Symbols
  • Page 195 – Normal Operating Mode an optional mode of operation
  • Page 201 – I n d e x; planning VXIbus/MXIbus system A16
  • Page 202 – Extended P3 ECL Trigger Line Support
  • Page 208 – See logical address map configuration.
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VXI-MXI

User Manual

October 1993 Edition

Part Number 320222-01

© Copyright 1989, 1993 National Instruments Corporation.

All Rights Reserved.

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Summary

Page 4 - FCC/DOC Radio Frequency Interference Compliance; Federal Communications Commission

FCC/DOC Radio Frequency Interference Compliance This equipment generates and uses radio frequency energy and, if not installed and used in strict accordance with theinstructions in this manual, may cause interference to radio and television reception. This equipment has been testedand found to compl...

Page 5 - Contents; About This Manual; xi

© National Instruments Corporation v VXI-MXI User Manual Contents About This Manual ............................................................................................................... xi Organization of This Manual ............................................................................

Page 7 - Glossary

Contents © National Instruments Corporation vii VXI-MXI User Manual Chapter 6Theory of Operation .......................................................................................................... 6-1 VMEbus Address and Address Modifier Transceivers ..............................................

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