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M68332BCC/D
REV 1
October 1993
M68332BCC
BUSINESS CARD COMPUTER
USER’S MANUAL
© MOTOROLA, INC., 1990, 1993; All Rights Reserved
Vue de la page 0
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Page 1 - USER’S MANUAL

M68332BCC/DREV 1October 1993M68332BCCBUSINESS CARD COMPUTERUSER’S MANUAL© MOTOROLA, INC., 1990, 1993; All Rights Reserved

Page 2

GENERAL INFORMATIONM68332BCC/D 1-4 MOTOROLAREV 11.5 EQUIPMENT REQUIREDTable 1-2 lists the external equipment requirements for BCC operation.Table 1-2.

Page 3 - TABLE OF CONTENTS

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-1 MOTOROLAREV 1CHAPTER 2HARDWARE PREPARATION AND INSTALLATION2.1 INTRODUCTIONThis chapter provides

Page 4 - M68332BCC/D ii MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-2 MOTOROLAREV 1Background Mode Connector64-Pin Expansion ConnectorEPROM Chip SelectRxD SelectTxD S

Page 5 - LIST OF TABLES

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-3 MOTOROLAREV 1Table 2-1. Jumper Header TypesJumper HeaderType (1)Symbol Descriptionthree-pin with

Page 6 - M68332BCC/D iv MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-4 MOTOROLAREV 1Table 2-1. Jumper Header Summary (continued)JumperHeader Type DescriptionJ5(1)2 1Ju

Page 7 - 1.2 FEATURES

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-5 MOTOROLAREV 12.3.1 VSTBY Select Header (J1)Use the two-pin jumper header J1 (shown below) to sele

Page 8 - 1.3 SPECIFICATIONS

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-6 MOTOROLAREV 12.3.2 RAM Chip Enable Select Header (J2)Use the three-pin jumper header J2 (shown be

Page 9 - 1.4 GENERAL DESCRIPTION

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-7 MOTOROLAREV 12.3.3 EPROM Chip Select Header (J3)When BCC power is applied or reset occurs, the MC

Page 10 - 1.5 EQUIPMENT REQUIRED

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-8 MOTOROLAREV 12.3.4 TxD Select Header (J4)Jumper header J4 allows the user to disconnect the trans

Page 11 - 2.3 HARDWARE PREPARATION

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-9 MOTOROLAREV 12.3.5 RxD Select Header (J5)Jumper header allows the user to disconnect the receive

Page 12 - M68332BCC/D 2-2 MOTOROLA

Motorola reserves the right to make changes without further notice to any products herein toimprove reliability, function or design. Motorola does no

Page 13

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-10 MOTOROLAREV 12.3.6 Clock Input Select Header (J6)Use the three-pin jumper header J6 (shown below

Page 14

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-11 MOTOROLAREV 1An optional high frequency oscillator (0 to 16.77 MHz) may be used if MODCK (connec

Page 15 - M68332BCC/D 2-5 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-12 MOTOROLAREV 12.4 INSTALLATION INSTRUCTIONSA user supplied power supply and RS-232C compatible te

Page 16 - M68332BCC/D 2-6 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-13 MOTOROLAREV 12.4.2 Terminal - BCC InterconnectionInterconnection of an RS-232C compatible termin

Page 17 - M68332BCC/D 2-7 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-14 MOTOROLAREV 1TERMINAL OR HOST COMPUTERBCCJ8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1

Page 18 - M68332BCC/D 2-8 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-15 MOTOROLAREV 12.4.3 Target System - BCC InterconnectionFor target system to BCC interconnection t

Page 19 - M68332BCC/D 2-9 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-16 MOTOROLAREV 11 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43

Page 20 - M68332BCC/D 2-10 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-17 MOTOROLAREV 1 3.1 in. 7.87 cm 2 in. 5.08 cmVIEW: TOP.100 in. 2.54 mmP1 P2Figure 2-5. Target

Page 21 - M68332BCC/D 2-11 MOTOROLA

HARDWARE PREPARATION AND INSTALLATIONM68332BCC/D 2-18 MOTOROLAREV 1

Page 22 - 2.4 INSTALLATION INSTRUCTIONS

OPERATING INSTRUCTIONSM68332BCC/D 3-1 MOTOROLAREV 1CHAPTER 3OPERATING INSTRUCTIONS3.1 INTRODUCTIONThe EPROMs on the BCC contain the M68CPU32BUG debug

Page 23 - M68332BCC/D 2-13 MOTOROLA

TABLE OF CONTENTSM68332BCC/D i MOTOROLAREV 1TABLE OF CONTENTSCHAPTER 1 GENERAL INFORMATION1.1 Introduction...

Page 24 - M68332BCC/D 2-14 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-2 MOTOROLAREV 13.2.1 Chip Select UsageThe MC68332 MCU has chip select signals that enable peripheral devices. The

Page 25 - M68332BCC/D 2-15 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-3 MOTOROLAREV 1Table 3-2. BCC Rev. B Chip Selection SummarySignal Board/Chip Description Memory TypeCSBOOT BCC U2

Page 26 - M68332BCC/D 2-16 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-4 MOTOROLAREV 13.2.2 Other MCU Resources Used by CPU32BugAvoid writing the value zero to bit 7 of the port F pin a

Page 27 - M68332BCC/D 2-17 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-5 MOTOROLAREV 13.3 OPERATING PROCEDUREA Power On Reset (POR) occurs when power is applied to the BCC. This POR con

Page 28 - M68332BCC/D 2-18 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-6 MOTOROLAREV 13.4 MONITOR DESCRIPTIONCPU32Bug performs various operations in response to user commands entered at

Page 29 - 3.2 LIMITATIONS

OPERATING INSTRUCTIONSM68332BCC/D 3-7 MOTOROLAREV 13.4.1 Memory and Register Display and Modification CommandsVarious commands are available to the us

Page 30

OPERATING INSTRUCTIONSM68332BCC/D 3-8 MOTOROLAREV 13.4.3 System CallsThe CPU32Bug TRAP #15 handler allows system calls from user programs. A system ca

Page 31

OPERATING INSTRUCTIONSM68332BCC/D 3-9 MOTOROLAREV 1• .WRITDLN (output line with data in pointer/count format) uses the monitor I/Oroutine which output

Page 32 - Exception CPU32Bug Commands

OPERATING INSTRUCTIONSM68332BCC/D 3-10 MOTOROLAREV 13.4.4 Diagnostic MonitorThe diagnostic monitor is a series of self-tests for the MC68332 MCU devic

Page 33 - 3.3 OPERATING PROCEDURE

OPERATING INSTRUCTIONSM68332BCC/D 3-11 MOTOROLAREV 1Memory tests are a series of diagnostics that verify random access memory (read/write)that may res

Page 34 - 3.4 MONITOR DESCRIPTION

TABLE OF CONTENTSM68332BCC/D ii MOTOROLAREV 1CHAPTER 3 OPERATING INSTRUCTIONS (continued)3.5 Assembling/Disassembling Procedure ...

Page 35 - M68332BCC/D 3-7 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-12 MOTOROLAREV 13.5 ASSEMBLING/DISASSEMBLING PROCEDUREThe assembler/disassembler is an interactive, one-line assem

Page 36 - M68332BCC/D 3-8 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-13 MOTOROLAREV 1Enter the periodic interrupt timer (PIT) time-out program starting at address $5000:EXAMPLE PROGRA

Page 37 - M68332BCC/D 3-9 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-14 MOTOROLAREV 1After entering the PIT time-out program display the instructions at location $5000EXAMPLE PROGRAMP

Page 38 - M68332BCC/D 3-10 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-15 MOTOROLAREV 1The following routines are performed on the preceding program loop:ROUTINETERMINAL DESCRIPTIONCPU3

Page 39 - M68332BCC/D 3-11 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-16 MOTOROLAREV 13.6 DOWNLOADING PROCEDURESDownloading transfers information from a host computer to the BCC, via t

Page 40 - M68332BCC/D 3-12 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-17 MOTOROLAREV 13.6.1 Apple Macintosh (with MacTerminal) to BCCThe MacTerminal downloading program serves as a ter

Page 41

OPERATING INSTRUCTIONSM68332BCC/D 3-18 MOTOROLAREV 1d. Apply power to the BCC.e. Press Apple Macintosh computer keyboard carriage return (<CR>)

Page 42

OPERATING INSTRUCTIONSM68332BCC/D 3-19 MOTOROLAREV 13.6.2 Apple Macintosh (with White Knight) to BCCThe White Knight downloading program serves as a t

Page 43

OPERATING INSTRUCTIONSM68332BCC/D 3-20 MOTOROLAREV 13.6.3 IBM-PC (with KERMIT) to BCCBefore performing any IBM-PC operation, ensure that both IBM-PC a

Page 44 - 3.6 DOWNLOADING PROCEDURES

OPERATING INSTRUCTIONSM68332BCC/D 3-21 MOTOROLAREV 1The underline cursor flashes and the beeper sounds when the S-record has finished downloading.Pres

Page 45 - M68332BCC/D 3-17 MOTOROLA

TABLE OF CONTENTSM68332BCC/D iii MOTOROLAREV 1LIST OF ILLUSTRATIONSFigure Page2-1 BCC Jumper Header and Connector Location Diagram ...

Page 46 - M68332BCC/D 3-18 MOTOROLA

OPERATING INSTRUCTIONSM68332BCC/D 3-22 MOTOROLAREV 13.6.4 IBM-PC (with PROCOMM) to BCCTo perform the IBM-PC to BCC downloading procedure with PROCOMM:

Page 47 - M68332BCC/D 3-19 MOTOROLA

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-1 MOTOROLAREV 1CHAPTER 4FUNCTIONAL DESCRIPTION4.1 INTRODUCTIONThis chapter provides a functional description of th

Page 48

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-2 MOTOROLAREV 1TIMER CHANNELS P1 TERMINAL/ HOST COMPUTER P4 ADDRESS AND CONTROL LINES DATA AND CONTROL LINES

Page 49 - Exit Kermit program

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-3 MOTOROLAREV 14.2.1.1 32-Bit Central Processor UnitThe CPU32 is the central processor for the MC68332 MCU device.

Page 50 - M68332BCC/D 3-22 MOTOROLA

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-4 MOTOROLAREV 1The serial communications interface (SCI) port provides a standard non-return to zero (NRZ)mark/spa

Page 51 - 4.2 BCC DESCRIPTION

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-5 MOTOROLAREV 14.2.1.8 Test ModuleThe test module consolidates the microcontroller test logic into a single block

Page 52 - M68332BCC/D 4-2 MOTOROLA

FUNCTIONAL DESCRIPTIONM68332BCC/D 4-6 MOTOROLAREV 1XXX000MCU INTERNAL MODULES SYST EM RAM BCC: U3 & U4TARGET RAM BCC: U3 & U4FFFFFFFFF0000

Page 53 - M68332BCC/D 4-3 MOTOROLA

SUPPORT INFORMATIONM68332BCC/D 5-1 MOTOROLAREV 1CHAPTER 5SUPPORT INFORMATION5.1 INTRODUCTIONThis chapter provides the connector signal descriptions.5.

Page 54 - M68332BCC/D 4-4 MOTOROLA

SUPPORT INFORMATIONM68332BCC/D 5-2 MOTOROLAREV 1Table 5-1. P1 Expansion Connector Pin Assignments (continued)Pin NumberSignal MnemonicSignal Name And

Page 55 - M68332BCC/D 4-5 MOTOROLA

SUPPORT INFORMATIONM68332BCC/D 5-3 MOTOROLAREV 1Table 5-1. P1 Expansion Connector Pin Assignments (continued)Pin NumberSignal MnemonicSignal Name And

Page 56 - Figure 4-2. BCC Memory Map

TABLE OF CONTENTSM68332BCC/D iv MOTOROLAREV 1

Page 57 - 5.1 INTRODUCTION

SUPPORT INFORMATIONM68332BCC/D 5-4 MOTOROLAREV 1Table 5-2. P2 Expansion Connector Pin AssignmentsPin NumberSignal MnemonicSignal Name And Description

Page 58

SUPPORT INFORMATIONM68332BCC/D 5-5 MOTOROLAREV 1Table 5-2. P2 Expansion Connector Pin Assignments (continued)Pin NumberSignal MnemonicSignal Name And

Page 59

SUPPORT INFORMATIONM68332BCC/D 5-6 MOTOROLAREV 1Table 5-2. P2 Expansion Connector Pin Assignments (continued)Pin NumberSignal MnemonicSignal Name And

Page 60

SUPPORT INFORMATIONM68332BCC/D 5-7 MOTOROLAREV 1Table 5-3. J8 Background Mode Connector Pin AssignmentsPin NumberSignal MnemonicSignal Name And Descr

Page 61

SUPPORT INFORMATIONM68332BCC/D 5-8 MOTOROLAREV 1Table 5-4. J9 RS-232C Serial Communication Connector Pin AssignmentsPin NumberSignal MnemonicSignal N

Page 62

APPENDIX AM68332BCC/D A-1 MOTOROLAREV 1APPENDIX AS-RECORD INFORMATIONThe S-record format for output modules was devised for the purpose of encoding pr

Page 63

APPENDIX AM68332BCC/D A-2 MOTOROLAREV 1Each record may be terminated with a CR/LF/NULL. Additionally, an S-record may have aninitial field to accommo

Page 64

APPENDIX AM68332BCC/D A-3 MOTOROLAREV 1S-RECORDS CREATIONS-record format files may be produced by dump utilities, debuggers, linkage editors, crossass

Page 65 - S-RECORD CONTENT

APPENDIX AM68332BCC/D A-4 MOTOROLAREV 1The next 16 character pairs of the first S1 record are the ASCII bytes of the actual programcode/data. In this

Page 66 - S-RECORD TYPES

GENERAL INFORMATIONM68332BCC/D 1-1 MOTOROLAREV 1CHAPTER 1GENERAL INFORMATION1.1 INTRODUCTIONThis manual provides general information, hardware prepara

Page 67 - S-RECORDS CREATION

GENERAL INFORMATIONM68332BCC/D 1-2 MOTOROLAREV 11.3 SPECIFICATIONSTable 1-1 lists the BCC specifications.Table 1-1. BCC SpecificationsCHARACTERISTICS

Page 68 - M68332BCC/D A-4 MOTOROLA

GENERAL INFORMATIONM68332BCC/D 1-3 MOTOROLAREV 11.4 GENERAL DESCRIPTIONUsing the BCC, the user can design, debug, and evaluate MC68332 Microcontroller

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