5-39
Hardkey/Softkey Reference
Analyzer Functions
while creating a sequence, this softkey inserts a command
to jump to another sequence if the single input selected is
in a low state.
sets the printer or plotter port to parallel.
toggles the parallel output port between the copy and
GPIO output modes.
allows you to input a number (0 to 255) in base 10, and
outputs it to the bus as binary, when the parallel port is in
GPIO mode.
pauses the sequence so the operator can perform a needed
task, such as changing the DUT, changing the calibration
standard, or other similar task. Press
when ready.
when editing a sequence,
appears
when you press
. When placed in a
sequence, it presents the menu of up to 6 available
sequences (softkeys containing non-empty sequences). If
the operator selects one of the sequences, that sequence is
executed. Any other key can be used to exit this mode.
This function is not executed if used during modify mode
and does nothing when operated manually. This softkey is
not visible on the display, and the function is not available,
unless programmed into analyzer memory.
selects the number of the pen to plot the data trace. The
default pen for channel 1 is pen number 2, and for channel
2 is pen number 3.
selects the number of the pen to plot the graticule. The
default pen for channel 1 is pen number 1, and for channel
2 is pen number 1.
selects the number of the pen to plot both the markers and
the marker values. The default pen for channel 1 is pen
number 7, and for channel 2 is pen number 7.
selects the number of the pen to plot the memory trace.
The default pen for channel 1 is pen number 5, and for
channel 2 is pen number 6.
selects the number of the pen to plot the text. The default
pen for channel 1 is pen number 7, and for channel 2 is pen
number 7.
adds or subtracts a phase offset that is constant with
frequency (rather than linear). This is independent of
and
.
PARALL IN IF BIT L
PARALLEL
PARALLEL [COPY/GPIO]
PARALLEL OUT ALL
PAUSE
CONTINUE SEQUENCE
PAUSE TO SELECT
PAUSE TO SELECT
DO SEQUENCE
PEN NUM DATA
PEN NUM GRATICULE
PEN NUM MARKER
PEN NUM MEMORY
PEN NUM TEXT
PHASE OFFSET
MARKER
→
DELAY
ELECTRICAL DELAY
Summary of Contents for 8719ES
Page 6: ...vi ...
Page 10: ...Contents x Contents ...
Page 11: ...1 1 1 HP 8719 20 22ES Specifications and Characteristics ...
Page 60: ...1 50 HP 8719 20 22ES Specifications and Characteristics Instrument Specifications ...
Page 61: ...2 1 2 HP 8719 20 22ET Specifications and Characteristics ...
Page 98: ...2 38 HP 8719 20 22ET Specifications and Characteristics Instrument Specifications ...
Page 99: ...3 1 3 Front Rear Panel ...
Page 111: ...4 1 4 Menu Maps ...
Page 113: ...4 3 Menu Maps Menu Maps Figure 4 2 Menu Map for Copy ...
Page 114: ...4 4 Menu Maps Menu Maps Figure 4 3 Menu Map for Display ...
Page 115: ...4 5 Menu Maps Menu Maps Figure 4 4 Menu Map for Format Figure 4 5 Menu Map for Local ...
Page 116: ...4 6 Menu Maps Menu Maps Figure 4 6 Menu Map for Marker Marker Fctn and Marker Search ...
Page 118: ...4 8 Menu Maps Menu Maps Figure 4 9 Menu Map for Power and Sweep Setup ET only ...
Page 119: ...4 9 Menu Maps Menu Maps Figure 4 10 Menu Map for Power and Sweep Setup ES only ...
Page 120: ...4 10 Menu Maps Menu Maps Figure 4 11 Menu Map for Preset ...
Page 121: ...4 11 Menu Maps Menu Maps Figure 4 12 Menu Map for Save Recall ...
Page 122: ...4 12 Menu Maps Menu Maps Figure 4 13 Menu Map for Scale Ref ...
Page 128: ...5 1 5 Hardkey Softkey Reference ...
Page 194: ...6 1 6 Error Messages ...
Page 222: ...7 1 7 Options and Accessories ...
Page 234: ...8 1 8 Preset State and Memory Allocation ...
Page 253: ...8 20 Preset State and Memory Allocation Memory Allocation ...
Page 254: ...9 1 9 Understanding the CITIfile Data Format ...
Page 269: ...9 16 Understanding the CITIfile Data Format Useful Calculations ...
Page 270: ...10 1 10 Determining System Measurement Uncertainties ...
Page 281: ...10 12 Determining System Measurement Uncertainties Measurement Uncertainty Equations ...