Agilent Technologies 8719D, User Manual

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set frequency span, 2-27
set measurement parameters, 2-25
setting center frequency, 2-26
setting start frequency, 2-25
setting stop frequency, 2-26
smith chart, 6-55
Smith chart markers, 2-24
Smith or polar format, 2-21
target mode, 6-55
tracking amplitude, 2-32
using, 6-53-55
zero, 2-22
markers functions on display, 2-16
marker stats, bandwidth on display,
marker values area on display,
masking
time domain, 6-129
mass storage, 11-7
matched adapters
using to calibrate noninsertable devices,
5-49
matched adapters, using to calibrate
insertable devices, 6-107
math with data traces, 2-7
maximum amplitude search, 2-30
key, 6-28, 6-29
menu map, 8-9
measure
deviation from linear phase, 240
electrical length and phase distortion, 2-37
gain and reverse isolation, 2-56
gain compression, 2-52
group delay, 2-40
increased accuracy, 5-2
magnitude and insertion phase response,
2-34
transmission response in time domain,
2-79
using 243
using the time domain, 2-79
measured inputs of display,
measurement accessories, 1 l-l
measurement accuracy
calibration standards, 5-6
changing parameters, 5-5
compensating for directional coupler
response, 5-37
connector repeatability, 5-2
error-correction, 5-4
frequency drift, 5-3
increasing, 5-2
interconnecting cables, 5-2
performance verification, 5-3
reference plane and port extensions, 5-3
temperature drift, 5-2
measurement averaging
changing, 5-58
measurement calibration
concepts, 6-56-107
measurement channel, how to view a single,
5-55
measurement channel viewing, 2-5
measurement data points
setting, 2-4
measurement data statistics, 2-33
measurement error-correction, 5-4
measurement errors
causes of, 6-57
correcting for, 6-77
crosstalk, 6-59
directivity, 6-57
frequency response, 6-59
isolation, 6-59
load match, 6-58
source match, 6-58
tracking, 6-59
measurement example, 2-3
measurement examples,
measurement parameters set with markers,
2-25
measurement points
how to reduce, 5-54
measurement problems with electrically long
devices, 5-51
measurement programs, 1
measurement results
saving, 4-36
measurements
conversion loss for mixers, 3-7
conversion loss using tuned receiver mode,
3-17
high dynamic range conversion loss for
mixers, 3-12
high power, 2-58
LO to RF isolation for mixers, 3-33
mixer,
mixer considerations, 3-2
mixer conversion compression, 3-28
mixer group delay or phase, 3-24
mixer isolation, 3-33
mixers IF, 3-17
optimizing, 4-43
power meter calibration for, 3-6
RF feedthrough for mixers, 3-35
swept RF/IF mixers, 3-7
measurement sequence, 2-3
measurements optimized,
measurements using the tuned receiver mode,
2-64
measurement times, 7-8