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16500C, 16501A LOGIC
manual
Triggering when a Pulse Exceeds Minimum or Maximum Limits
Models:
16500C
16501A LOGIC
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Specifications
Intermittent data errors
Symbols
Warranty
No Configuration File Loaded
Preprocessor Problems
To set up the HP 16500C
Skew Adjustment
Target system will not boot up
Using the LAN Interface
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Triggering
To test minimum and maximum pulse limits
Triggering when a Pulse Exceeds Minimum or Maximum Limits
1–19
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Contents
HP 16500C /16501A Logic Analysis System
Install measurement modules in any slot
Powerful, easy-to-use interface
Calibrate measurement modules after installation
System of measurement modules
Iii
Page
This Book
HP 16500C /16501A Logic Analysis System User’s Reference
See Also
Contents
Special displays
Skew Adjustment
Contents
Intermodule Measurement Problems
Preprocessor Problems
Inverse Assembler Problems
Messages
Triggering
Triggering
To store and time the execution of a subroutine
To store and time the execution of a subroutine
Select the state analyzer Trigger menu Set Count to Time
As shown in the display
To store and time the execution of a subroutine Example
To trigger on the nth iteration of a loop
To trigger on the nth iteration of a loop
Select the state analyzer Trigger menu
To trigger on the nth recursive call of a recursive function
Triggering on the 22nd Call of a Recursive Function
To trigger on entry to a function
To trigger on entry to a function
Triggering on Entry to a Function
Capturing a Bad Write to a Variable
To trigger on a loop that occasionally runs too long
To trigger on a loop that occasionally runs too long
Verifying Correct Return from a Function Call
To trigger after all status bus lines finish transitioning
To trigger after all status bus lines finish transitioning
To find the nth assertion of a chip select line
To find the nth assertion of a chip select line
Verifying Setup Time for Memory Address
Select the timing analyzer Trigger menu
Triggering When I/O Data Not Returned
To test minimum and maximum pulse limits
To test minimum and maximum pulse limits
Triggering when a Pulse Exceeds Minimum or Maximum Limits
To detect a handshake violation
To detect a handshake violation
To detect bus contention
To detect bus contention
Intermodule Measurements
Cross-Arming Trigger Examples
Made by the two analyzers
To examine software execution when a timing violation occurs
Trigger on arm ∙ Edge1 1 time
Intermodule Measurements
Intermodule Measurements
Intermodule Measurements
Select the Group Run field in the upper right hand corner
To set up a group run of modules within the HP 16500C
Intermodule Measurement Examples
To set up a group run of modules within the HP 16500C
Start the external instrument or system
State Analyzer and Oscilloscope armed from Port
Select the Port OUT Source field
Select Done in the Port IN/OUT Setup menu
Select Port IN/OUT
Driving the Port Out BNC in an Intermodule Measurement
Intermodule Measurements
Module Status
Intermodule Measurements
Module Time Correlation
To use a timing analyzer to detect a glitch
To use a timing analyzer to detect a glitch
To capture the waveform of a glitch
To capture the waveform of a glitch
Intermodule Measurements
Select the Intermodule menu
To test a circuit using stimulus-response
To test a circuit using stimulus-response
Intermodule Measurements
Intermodule Measurements
Special Displays in this chapter
Interleaved Trace Lists
Special displays
To interleave trace lists
To interleave trace lists
Interleaved Trace Lists on the HP 16550A
Select the module for which you wish to show waveforms
Skew Adjustment in this chapter
Skew Adjustment
Select Group Run
Connect an input signal from each module to the same signal
Set up the trigger conditions for each module
Record the differences shown by the two modules
File Management
File Management
Transferring Files Using the Flexible Disk Drive
To save a measurement configuration
To save a measurement configuration
Saving the Oscilloscope Configuration for Skew Testing
To load a measurement configuration
To load a measurement configuration
To load a measurement configuration
To save a trace list in Ascii format
To save a trace list in Ascii format
Part of a Trace Listing Saved as an Ascii File
To save a menu or measurement as a graphic image
To save a menu or measurement as a graphic image
An Oscilloscope Display Saved as a TIF Image
To load system software
To load system software
Using the LAN Interface
To set up the HP 16500C
To set up the HP 16500C
HP 16500C System Programmer’s Guide for more information on
To set up the HP 16500C Example
Run the analyzer to acquire data
Set up the system for the measurement you want to make
\ copy L\slotc\data.asc\68000bus\addrlo local path name
\system\graphics
Concepts
Concepts
Trigger Sequencer
Trigger Sequence Specification
Sequence-Advance Specification
Trigger specification can look like the following
For example
Analyzer Resources
Limitations Affecting Use of Analyzer Resources
Group Pair Resource Operation Pair Links
HP 16550A Resource Division
Timing Analyzer
Inverse Assembler
Inverse Assembly Synchronization
Symbols
Preprocessor User’s Guide for more information on switch
Settings
Configuration Translation for Analyzer Modules
Concepts
Concepts
Page
If You Have a Problem
If You Have a Problem
Unwanted triggers
Analyzer Problems
Intermittent data errors
No activity on activity indicators
No Setup/Hold field on format screen
No Setup/Hold field on format screen
Capacitive loading
No trace list display
No trace list display
Target system will not boot up
Preprocessor Problems
Slow clock
Slow clock
Erratic trace measurements
Erratic trace measurements
No inverse assembly or incorrect inverse assembly
Inverse Assembler Problems
Inverse assembler will not load or run
Inverse assembler will not load or run
An event wasn’t captured by one of the modules
Intermodule Measurement Problems
Inverse Assembler Not Found
Default Calibration Factors Loaded HP 16540, 16541,
Messages
Measurement Initialization Error
Measurement Initialization Error
No Configuration File Loaded
No Configuration File Loaded
Selected File is Incompatible
Slow or Missing Clock
Time from Arm Greater Than 41.93 ms
State Clock Violates Overdrive Specification
State Clock Violates Overdrive Specification
Waiting for Trigger
Waiting for Trigger
Application Notes
Application Notes and Product Notes
Application Notes
Application Notes
Page
Attenuation factor
Glossary
Input impedance
Glossary-3
Div See horizontal sweep speed
State sequence levels The indi
Glossary-6
Glossary-7
Glossary-8
Data
Index
Index-2
Index-3
Index-4
Document Warranty
Product Warranty
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