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harmonics measurement, 2-81
harmonics (option 002)
specifications,
7-l
1
hide softkey menu, 6-11
high dynamic range swept IF conversion loss
measurement connections, 3-15
high dynamic range swept RF/IF conversion
loss, 3-12
high-stability frequency reference( 10 MHz)
(Option
lD5),
7-17
high stability frequency reference option,
1-13
Hld status notation,
l-9
hold mode, test set switch, 5-54
how to
abort a print or plot process, 4-30
activate a llxed marker, 2-21
activate chop sweep mode, 5-54
activate display markers, 2-18
calculate data statistics, 2-36
calibrate the analyzer receiver to measure
absolute power, 5-39
change measurement averaging, 5-56
change
system
bandwidth, 5-56
change the sequence title, 2-73
clean connectors, 2-2
clear a sequence from memory, 2-72
compensate for directional coupler
response, 5-36
configure
a plot function, 4-8
configure
a plot function to disk drive,
4-11
conllgure
a plot function using and
HPGL/2
compatible printer, 48
configure
a plot function using a pen
plotter, 4-10, 11-12
configure a print function, 43
construct a loop structure in a sequence,
2-77
control the test set switch, 5-54
couple and uncouple display markers, 2-24
create a limit test sequence, 2-79
create a test sequence, 2-69
create flat limit lines, 247
create single point limits, 2-51
create sloping limit lines, 249
decrease frequency span, 5-51
dellne
line types, 4-14
define
the plot, 4-12
define
the print, 4-5
delete all instrument state files, 4-41
delete an instrument state, 441
delete a single instrument state
file,
4-41
delete limit segments, 2-52
divide measurement data by the memory
trace, 2-8
edit a sequence, 2-71
edit limit segments, 2-52
edit power calibration factors, 5-35
enter the power sensor calibration data,
5-35
error-correct for frequency response, 5-9
error-correct for frequency response and
isolation, 5-14
error-correct for full two-port
measurements, 5-2 1
error-correct for one-port reflection
measurements, 5-18
error-correct for response and isolation
for reflection measurements, 5-14
error-correct for response and isolation
for transmission measurements, 5-16
error-correct for
TRL*,
5-24
error-correct for
TRM*,
5-24
error-correct measurements, 5-8
error-correct response for reflection
measurements, 5-9
error-correct response for transmission
measurements,
5-l
1
format a disk, 4-43
gate out responses, 2-85
increase sweep speed, 5-50
insert a sequence command, 2-71
load a sequence from disk, 2-75
make a basic measurement, 2-3
make accurate measurements of electrically
long devices, 548
measure conversion loss using tuned
receiver mode, 3-17
measure deviation from linear phase, 2-42
measure devices using the time domain,
2-83
measure
electrical length and phase
distortion, 2-40
measure llxed IF mixers, 3-17
measure gain compression, 2-55
measure group delay, 243
measure group delay or phase for mixers,
3-24
measure high dynamic range conversion
loss, 3-12
measure magnitude and insertion phase
response, 2-37
measure mixer isolation, 3-33
measure mixer
Lo
to RF isolation, 3-33
measure mixers,
3-l
measure reflection response in time domain,
2-88
measure reverse isolation and gain, 2-59
Index-g