HP 16600A Series User manual

The test & measurement
equipment you need at
the price you want.
Alltest carries the world’s largest selection of
used/refurbished benchtop test & measurement
equipment at 50% the price of new.
O
Our equipment is guaranteed working, warrantied, and
available with certified calibration from our in-house staff
of technicians and engineers.
• 10+ full time technicians with over 150 years of
specialization
• 90 day warranty & 5 day right of return on all
equipment
•
• 1-3 year warranties for new and
premium-refurbished equipment
• Every unit tested to OEM specifications
• Satisfaction guaranteed
You have plans, we will help you achieve them.
Any project. Any budget.
Get a quote today!
CCall [phone] or email [e-mail].
t
Alltest Instruments, Inc.
500 Central Ave.
Farmingdale, NJ 07727
P: [phone]
F: [phone]
alltest.net
s
[e-mail]

User’s Guide
Publication number E2480-97002 July 1998
© Copyright Hewlett-Packard Company 1994-1998
All Rights Reserved
For Safety information, Warranties, and Regulatory information, see
the pages behind the index.
Solutions for the Motorola
CPU32

2 Solutions for CPU32
HP Solutions for the Motorola CPU32—At a
Glance
This manual describes several ways to connect an HP logic analysis
system to your target system. These connections use an analysis probe,
plus an emulation module (for an emulation solution).
Analysis Probe
The analysis probe connects your logic analyzer to your target system
for state and timing analysis. The analysis probe can be used with an
HP 16600A/700A-series logic analysis system or with other HP logic
analyzers.
The analysis probe can be purchased alone, or as part of an emulation
solution.
Emulation Module and Target Interface Module
The emulation module plugs into your HP 16600A/700A-series logic
analysis system frame. The emulation module lets you use the target
processor’s built-in background debugging features, including run
control and access to registers and memory. A high-level source
debugger can use the emulation module to debug code running on the
target system. You can connect the emulation module to the analysis
probe or you can connect it to a debug port on the target system
through the provided target interface module (TIM).

Solutions for CPU32 3
HP Solutions for the Motorola CPU32—At a Glance
Emulation Solution
The emulation solution includes an analysis probe, an emulation
module, cables and adapters, and the HP B4620B Source Correlation
Tool Set (for analyzing high-level source code). This solution is
designed to be used with an HP 16600A/700A-series logic analysis
system.

4 Solutions for CPU32
In This Book
In This Book
This book documents the following products:
Analysis Probe
Processor supported Product ordered Includes
68331, 68332, 68334, 68335
132-pin PQFP
HP E9589A Option #002 HP E2480A analysis probe and inverse
assembler
68331, 68332
144-pin TQFP
HP E9589A Option #003 HP E2480A analysis probe and inverse
assembler
68336, 68376
160-pin QFP
HP E9596A Option #002 HP E2480A analysis probe and inverse
assembler
Emulation Solution
Processor supported Product ordered Includes
68331, 68332, 68334, 68335
132-pin PQFP
HP 9489A Option #002 HP E2480A analysis probe, inverse
assembler, HP 16610A emulation module,
target interface module (TIM), HP B4620B
Source Correlation Tool Set
68331, 68332
144-pin TQFP
HP 9489A Option #003 HP E2480A analysis probe, inverse
assembler, HP 16610A emulation module,
target interface module (TIM), HP B4620B
Source Correlation Tool Set
68336, 68376
160-pin QFP
HP 9496A Option #002 HP E2480A analysis probe, inverse
assembler, HP 16610A emulation module,
target interface module (TIM), HP B4620B
Source Correlation Tool Set

Solutions for CPU32 5
HP Solutions for the Motorola CPU32—At a Glance 2
In This Book 4
1Overview
Overview 16
Setup Checklist 17
Setup Assistant 19
Analysis Probe 20
Equipment supplied 20
Minimum equipment required 22
Additional equipment supported 22
Logic analyzers supported 23
Logic analyzer software version requirements 24
Emulation Module 25
Equipment supplied 25
Minimum equipment required 26
Emulation Solution 27
Additional Information Sources 28
2 Installing Software
Installing Software 30
Installing and loading 30
What needs to be installed 31
To install the software from CD-ROM
(HP 16600A/700A) 32
To list software packages which are installed (HP 16600A/700A) 33
To install software on other logic analyzers 33
3 Connecting and Configuring the Analysis Probe

6 Solutions for CPU32
Connecting and Configuring the Analysis Probe 36
Target System Requirements 37
Analysis probe—circuit board dimensions 38
Power-on/Power-off Sequence 39
To power on HP 16600A and HP 16700A-series logic analysis systems 39
To power on all other logic analyzers 39
To power off 40
Connecting the Analysis Probe to the Target System 42
To connect the transition board 43
To connect the analysis probe to the probe adapter 44
Connecting the probe adapter to the target system 45
Connecting the Analysis Probe to the Logic Analyzer 49
To connect the high-density termination cables to the analysis probe 50
Connecting the high-density cables to the logic analyzer 51
To connect to the HP 16600A logic analyzer 52
To connect to the HP 16601A logic analyzer 54
To connect to the HP 16602A logic analyzer 56
To connect to the HP 16603A logic analyzer 58
To connect to the HP 16550A analyzer 60
To connect to the HP 16554/55A/56/57D analyzers 63
To connect to the HP 1660A/AS/C/CS/CP logic analyzers 65
To connect to the HP 1661A/AS/C/CS/CP logic analyzers 67
To connect to the HP 1662A/AS/C/CS/CP logic analyzers 69
To connect to the HP 1670A/D logic analyzer 71
To connect to the HP 1671A/D logic analyzer 73
To connect to the HP 1672A/D logic analyzer 75
Configuring the Analysis Probe 77
To set the ID switches 78
To interpret the LEDs 79
Configuring the analysis probe for address reconstruction 81
To configure with a debugger 81
To configure with a logic analysis system 82
Configuring the Logic Analysis System 83
To load configuration and inverse assembler files—HP 16600/700 logic analysis

Solutions for CPU32 7
systems 84
To load configuration files—other logic analyzers 85
4 Analyzing the CPU32 with a Logic Analyzer
Analyzing the CPU32 with a Logic Analyzer 90
Modes of Operation 91
State mode 91
Timing mode 91
Logic Analyzer Configuration 92
Trigger specification 92
Format menu 92
To qualify stored data 98
Using the Inverse Assembler 99
To display captured state data 99
To align the inverse assembler 101
Inverse assembler output format 102
To use the Invasm menu 104
Inverse assembler error messages 106
5 Symbols and Source Code in the Analyzer
Symbols and Source Code in the Analyzer 108
User-Defined Symbols 109
Predefined CPU32 Symbols 109
Object File Symbols 110
Requirements 110
To use object file symbols in the HP 16600A/700A 111
Compilers 112
Source Code 116
Inverse Assembler Generated PC (Software Address) Label 118
Access to Source Code Files 119

8 Solutions for CPU32
Triggering on Symbols and Source Code 120
To avoid triggering on prefetched instructions 120
To correlate relocatable code using the address offset 121
6 Connecting and Configuring the Emulation Module
Connecting and Configuring the Emulation Module 124
Using the Emulation Control Interface 125
To start the Emulation Control Interface from the main System window 127
To start the Emulation Control Interface from the Workspace window 127
To start the Emulation Control Interface from the Workspace window for an
emulation probe 129
Designing a Target System for the Emulation Module 130
Debug port connections 130
8-pin BDM port 132
10-pin BDM port 132
Target VDD 132
Enabling BDM 133
Installing the Emulation Module 134
To install the emulation module in an HP16700A-series logic analysis system or
an HP16701A expansion frame 135
To install the emulation module in an HP16600A-series logic analysis
system 137
To test the emulation module 138
Connecting the Emulation Module to the Target System 139
To connect to a target system using a 10-pin debug port 140
To connect to a target system via an 8-pin debug port 141
To connect to a target system using an analysis probe 143
To update firmware 144
To display current firmware version information 145
To verify communication between the emulator and target system 145
Configuring the Emulation Module 146
What can be configured 146
To configure using the Emulation Control Interface 147

Solutions for CPU32 9
To configure using the built-in commands 148
To configure using a debugger 149
To configure the processor type 150
To configure the processor clock speed (BDM communication speed) 151
To set the default clock rate if the processor clock rate is less than 8 MHz 152
Detailed information about processor clock rates 154
To configure restriction to real-time runs 156
Testing the emulator and target system 157
To test memory accesses 157
To test with a running program 157
7 Using Internal Registers (SIM and EMSIM Registers)
Internal Registers (SIM and EMSIM Registers) 160
The purpose of SIM Registers 160
The purpose of EMSIM registers 160
Configuring the SIM Registers 161
Summary 161
How SIM Register Values are Set 161
The effect of processor type on the EMSIM registers 162
Using the Emulation Control Interface or built-in commands 162
Configuring EMSIM Register Values 163
To copy target SIM registers to EMSIM registers 163
To manually define EMSIM values 163
Configuring SIM Register Values 165
To copy EMSIM registers to target SIM registers 165
To manually define SIM values 166
Saving and Loading EMSIM Values 167
To save EMSIM values in a configuration file 167
To load EMSIM values from a configuration file 167
Configuring SIM and EMSIM Values Using Built-In Commands 169
To compare SIM and EMSIM registers 169
Summary of EMSIM-related built-in commands 170