Sequence-else specification
The sequence-else branch, sometimes
called the "else if" branch or secondary branch, may branch to any other
state, including the current state, a previous state, or a later state. The
sequence-else specification looks like the following:
Else on "<TERM>" go to level <sequence level>
If the Sequence-Else specification is satisfied before the sequence-advance
specification, the trigger sequence goes to <sequence level>.
The last state may only have a sequence-else branch specification, which may
branch to the same state or a prior state.
Storage specification
In each state, a storage specification determines
the data stored by the analyzer while it is searching for the
sequence-advance, sequence-else, and trigger specifications. Storage
specifications are defined using the same pattern, range, and timer
resources available for defining branching specifications.
While storing "anystate", "no state", or "<TERM>"
Note that if you specify "no state," the analyzer still stores sequence-advance
terms and trigger terms unless you also set Branches Taken Not Stored in
Acquisition Control in the Analyzer Trigger menu.
Trigger on specification
If there are branch and storage specifications
for each sequence level, what does the trigger term mean? The trigger
term is a special sequence-advance specification in that, when found, it
locks the contents of analyzer acquisition memory. The trigger can be
positioned at the beginning, middle, or end of acquisition memory.
The trigger specification can look like the following:
TRIGGER on "<TERM>" <OCCURS> times
TRIGGER on "<TERM>" <TIME PERIOD>
If the trigger term is found <OCCURS> times, or if the trigger term remains
stable for <TIME PERIOD>, the trigger is captured in memory. Then the
analyzer advances to the next sequence level. If you want to capture activity
after the trigger is captured, define an additional sequence level and specify
the desired storage qualification for post-trigger activity (for example, store
anystate).
The Trigger Sequence
Trigger sequence specification
9-14
Содержание 1660CS
Страница 5: ...Introduction iv ...
Страница 16: ...1 Logic Analyzer Overview ...
Страница 24: ...2 Connecting Peripherals ...
Страница 33: ...2 10 ...
Страница 34: ...3 Using the Logic Analyzer ...
Страница 55: ...3 22 ...
Страница 56: ...4 Using the Trigger Menu ...
Страница 75: ...4 20 ...
Страница 76: ...5 Triggering Examples ...
Страница 109: ...5 34 ...
Страница 110: ...6 File Management ...
Страница 114: ...Saving the system configuration for programmatic control File Management To save a configuration 6 5 ...
Страница 119: ...6 10 ...
Страница 120: ...7 Reference ...
Страница 221: ...7 102 ...
Страница 222: ...8 System Performance Analysis SPA Software ...
Страница 241: ...SPA Time Interval System Performance Analysis SPA Software SPA measurement processes 8 20 ...
Страница 252: ...9 Concepts ...
Страница 273: ...HP 1660CS series analyzer theory HP 1660C CS logic analyzer The Analyzer Hardware HP 1660CS series analyzer theory 9 22 ...
Страница 279: ...Oscilloscope board theory Oscilloscope board The Analyzer Hardware Oscilloscope board theory 9 28 ...
Страница 284: ...10 Troubleshooting ...
Страница 298: ...11 Specifications ...
Страница 311: ...11 14 ...
Страница 312: ...12 Operator s Service ...
Страница 324: ...Troubleshooting Flowchart 2 Troubleshooting To use the flowcharts 12 13 ...
Страница 337: ...Glossary 4 ...