Agilent Technologies 8719D User Manual page 668

saving an instrument state, 4-35
searching for a target amplitude, 2-30
searching for bandwidth, 2-31
searching for maximum amplitude, 2-30
searching for minimum amplitude, 2-30
sequencing, 3-17
setting center frequency with markers,
2 - 2 6
setting CW frequency using markers, 2-29
setting display reference using markers,
2 - 2 8
setting electrical delay using markers, 2-29
setting frequency span with markers, 2-27
setting measurement parameters, 2-3
setting start frequency with markers, 2-25
setting stop frequency with markers, 2-26
setting the frequency range, 2-3
setting the measurement type, 2-4
setting the source power, 2-4
setting up a color printer, 4-5
solving problems with disk storage, 4-43
stopping a sequence, 2-67
storing a sequence on a disk, 2-71
subtracting memory trace from
measurement data trace, 2-7
test sequencing, 2-65
test with Iimit lines, 2-43
tracking amplitude, 2-32
using analyzer display markers, 2-16
using continuous and discrete markers,
2-16
using delta (A) markers, 2-20
reference marker, 2-22
using polar format markers, 2-23
using the tuned receiver mode, 2-64
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a hxed reference marker, 2-21
viewing both primary channels, 2-5
viewing plot IIIes on a PC, 4-20
viewing the measurement data and memory
trace, 2-6
procedures
error-correcting measurements, 5-8
mixer conversion compression, 3-28
mixer RF feedthrough, 3-35
power meter calibration for mixer
measurements, 3-6
processing details, 6-5
programming, 11-16
programming interface, 11-16
programming specifications, 7-23
programs
example, 1 l-8
P? status notation, l-8
purging a sequence from disk, 2-72
Q
quadrants plotted, 4-28
quarter page plots, 4-28
rack mount cabinet, 11-6
rack mount flange kit with handles option,
1-13
rack mount flange kit, without handles,
option, 1-13
range
time domain, 6-132
ratio calculations, 6-5
ratio measurement in channel 1 and 2, 2-7
raw data arrays, 4-36, 6-6
R channel connector locations, l-5
R-Channel inputs, difference between internal
and external, 3-4
R-Channel power offset, 3-4
rear panel connectors, 7-24
rear panel features and connectors, l-10
receiver, 6-3
receiver calibration, 5-12
receiver calibration procedure, 5-40
receiver crosstalk
reducing, 5-59
receiver noise floor
reducing, 5-58
reduce averaging factor, 5-54
reduce number of measurement points, 5-54
reduce receiver noise floor, 5-58
reducing noise, 6-50
averaging, 6-50
IF bandwidth, 6-51
smoothing, 6-51
reducing receiver crosstalk, 5-59
reducing trace noise, 5-59
reference (10 MHz) adjust, l-11
reference documents, 6-164
reference level of display, l-8
reference markers, 2-20
reference plane
extending, 5-3
reflection measurements
using bandpass mode, 6-121
using low pass mode, 6-125