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CC175 - Dual Channel Intelligent CAN Interface for VMEbus

Chapter 1 - General Information

1.1 - Introduction

1.2 - Features

1.3 - General Description

1.4 - Ordering Information

1.5 - Related Documents

Chapter 2 - Specifications

2.1 - Introduction

2.2 - Components Used

2.3 - VMEbus Options

2.4 - Input/Output Options

Chapter 3 - Functional Description

3.1 - Introduction

3.2 - 68000 MPU

3.3 - MPU Supervision

3.4 - Local Memory

3.5 - Serial I/O

3.6 - Module ID

3.7 - VMEbus Interface

3.7.1 - Shared Memory

3.7.2 - Interrupter Function

3.8 - CAN Interfaces

3.8.1 - CAN Controller

3.8.2 - CAN Physical Interface

3.9 - DIP Switch

Chapter 4 - Installation Procedures

4.1 - Introduction

4.2 - Installation

4.3 - Jumper Settings

4.3.1 - IRQ Level

4.3.2 - MPU Clock

4.3.3 - Local Bus Time Out

4.3.4 - EPROM Size

4.3.5 - Module ID

4.3.6 - System Clock

4.3.7 - Speed Control

4.3.8 - Physical Interface Input

4.3.9 - Physical Interface Output

4.3.10 - SRAM Size

4.4 - DIP Switch Setting

4.5 - User Defined Physical Interfaces

4.5.1 - VMEbus P2 Transition Modules

4.5.2 - Mezzanine Modules

4.6 - Stand Alone Configuration

Chapter 5 - Programming Considerations

5.1 - Introduction

5.2 - Reset

5.3 - Watchdog

5.4 - Local Memory Map

5.4.1 - EEPROM

5.4.2 - Shared Memory

5.4.3 - Mailbox

5.5 - Module ID

5.5.1 - ID7 Control Register

5.6 - Interrupter

5.7 - DUART Serial Interface

5.8 - CAN Controllers

5.8.1 - RESET OUT Function

5.9 - DIP Switch Register

5.10 - User LEDs

5.11 - Timer Interrupts

5.11.1 - Fixed Frequency Timer Interrupts

5.11.2 - Programmable Frequency Timer Interrupts

5.12 - Bus Time Out

5.13 - Interrupts

Appendix A - Block Diagram

Appendix B - Connector Assignments

Appendix C - Memory and I/O Map

Appendix D - Mechanical Specifications

Appendix E - Photo CC175 Board

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