N
NFS node, 3–13 No state, 1–3, 4–5
Non-reference channel, 2–26 Not, 4–5
O
Onscreen keypad, 2–6
Output Disk menu, 3–8
Output Format field, 3–8
P
Pair boundaries, 4–8 Pairs, 4–7
Pattern expression, 4–7 Pattern generators, 2–17 Pattern terms, 4–6
PC Paintbrush files, 3–10 Pipelining
add depth to start address, 1–4 PORT IN BNC connector, 2–6 PORT IN BNC level, 2–6 PORT IN/OUT Field, 2–6
Port input line, 2–2 PORT OUT choices, 2–8 Preprocessor problems, 5–6
erratic trace measurements, 5–7 slow clock, 5–7
target system will not boot up, 5–6 Print to disk, 3–18
Problems, 5–2 Product Notes, 6–2 Pulse limits
test minimum and maximum, 1–18
R
Range terms, 4–6
Rear panel input signal, 2–6 Recursive call triggering, 1–6 Reference channel, 2–26 Registers
verifying correct storage, 1–12 Repetitive measurements
automating, 3–4 Resources, 4–7 Rising edge, 2–6
S Saving
menus or measurements as graphics images, 3–10
to a flexible disk or internal drive, 3–4 Screen display
graphics files, 3–18 Screen images, 3–2 Secondary branch, 4–5 Sequence-advance specification, 1–2 Sequence-else specification, 1–2 Sequential trigger, 1–2
Set up
HP 16500C, 3–14 Signals
inserting and deleting, 2–24 Skew, 2–26
adjust for minimum, 2–28 comparison, 2–28 removal, 2–28
testing signal, 2–27 Stacks
verifying correct storage, 1–12 Start state, 4–10
State analyzer
invalid combinations, 4–8 valid combinations, 4–8
State analyzers
using two to monitor coprocessors, 2–20 State flow, 2–16
State listings inserting, 2–24
State sequence level, 1–2 Status, 4–10
Status signals, 1–24 Stimulus response, 2–17 Store qualification, 1–2 Storing
configuration files, 3–2 Subroutine execution
storing and timing, 1–3 Subroutines
triggering on execution, 1–3 verifying storage before exiting, 1–12
Symbols, 4–12 Synchronization, 4–10
T
Test PC boards
when no board-test system is available, 2–17
TIFF files, 3–10 Time
counted implicitly, 2–24 Time correlation, 2–12 Time correlation bars, 2–12 Time markers, 2–24 Time stamps, 2–22
Timer Control Field, 1–11, 1–16 Timers, 4–6
Trace lists
indented line numbers, 2–22 interleaving, 2–20 to 2–22 saving in ASCII format, 3–8 viewing with waveforms, 2–25
Transferring graphics files, 3–18
Trigger sequencer, 4–2 to 4–3 Trigger term, 4–5 Triggering
after status bus lines finish transitioning, 1–13
menus, 1–2
on a count down of a set of data lines, 2–18 on a handshake violation, 1–20
on a loop that runs too long, 1–11 on a timing violation, 1–23
on anything, 2–6
on asserting chip select lines, 1–14 on bad data, 1–10
on bus contention, 1–21
on control and status signals, 1–24 on entry to a function, 1–8
on interrupt request, 2–16 on loop iteration, 1–5
on pulse limits, 1–18
on recursive function call, 1–6 on subroutine execution, 1–3 on the arm signal, 2–6
when expected data does not appear, 1–16 Triggers
position at any state, 2–14
