Agilent Technologies 20ET Network Router User Manual


 
Index
Index-7
insertion phase response, 1-7,
1-8
separate transmission paths
through the test device
using low pass impulse
mode
, 3-20
small signal transient response
using low pass step
, 3-19
measuring amplifiers
, 1-52
high power measurements
, 1-65
high power measurements
making
, 1-59
measuring gain and reverse
isolation simultaneously
,
1-57
measuring gain compression
,
1-53
measuring electrical length
, 1-43
measuring gain compression
, 1-53
linear sweep
, 1-55
using linear sweep
, 1-55
measuring magnitude
, 1-7
magnitude response
, 1-7
measuring phase distortion
, 1-43,
1-45
deviation from linear phase
,
1-46
group delay
, 1-46
memory math functions
, 1-19
memory trace
, 1-19, 1-20
viewing
, 1-20
memory, display
, 7-8
menu
address
, 7-80
analog in
, 7-22
calibration kit
, 7-58
conversion
, 7-22
edit limits
, 7-83
edit segment
, 7-83
input ports menu
, 7-23
offset limits
, 7-83
segment
, 7-16
S-parameter
, 7-22
stepped edit list
, 7-16
stepped edit subsweep
, 7-16
swept edit list
, 7-17
swept edit subsweep
, 7-17
microprocessor
, 7-4
microwave connector care
, 5-3
microwave systematic errors,
characterizing
, 7-41
minimizing
error when using adapters
, 6-47
source and load mismatches
, 2-4
minimum allowable stop
frequencies
, 3-16
minimum amplitude, searching
for
, 1-39
minimum bandwidth
, 1-94
minimum sweep time
, 7-11
mixer
fixed IF measurements
, 2-27
measurement
, 2-3
measurement diagram, using
,
2-17, 2-23
mixing signals, eliminating
unwanted
, 2-6
mode
auto sweep time
, 5-12, 7-11
chop sweep
, 5-13
continuous correction
, 6-38
copy
, 7-80
frequency offset
, 2-40
GPIO
, 7-81
low pass impulse
, 3-20
manual sweep time
, 7-11
network analyzer
, 7-84
pass control
, 7-79
system controller
, 7-79
talker/listener
, 7-79
time domain bandpass
, 3-12
time domain low pass
, 3-15
tuned receiver
, 7-84
model
one-port error
, 7-41
two-port error
, 7-47
modified colors
, 1-23
recalling
, 1-23
saving
, 1-23
modify colors menu
, 1-22
modifying
cal kit through definition
, 6-46
command
, 1-101
standard definitions
, 6-50
modifying calibration kits
, 7-57
calibration kit menu
, 7-58
saving to a disk
, 7-65
verifying performance
, 7-65
module information
, 6-64
multiple
measurements per page,
plotting from a disk
, 4-28
measurements, plotting on a full
page
, 4-29
plots, outputting to a single page
using a plotter
, 4-27
N
N dB Point
, 1-94
names for CSV files
, 4-45
naming files generated by a
sequence
, 1-103
network analyzer mode
, 7-84
noise reduction techniques
, 7-34
averaging
, 7-34
IF bandwidth reduction
, 7-35
smoothing
, 7-35
non-coaxial
making measurements
, 6-48
non-coaxial devices, calibrating
for
, 6-50
noninsertable device
, 6-69
noninsertable devices, calibrating
for
, 6-40
O
offset and scale
, 7-8
offset limits menu
, 7-83
offset, electrical
, 6-6
offsetting limit lines
, 1-79
omitting isolation calibration
, 6-4
one-port calibration, S11 and S22
,
7-55
one-port error model
, 7-41
one-port reflection error
correction
, 6-26
operating parameters, printing or
plotting
, 4-34
operation, frequency offset
, 7-85
operation, GPIB
, 7-78
operation, limit line
, 7-82
operation, system
, 7-3
operation, trace math
, 7-7
output power
, 7-9
power coupling options
, 7-10
understanding power ranges
,
7-9
outputting
measurement results
, 1-6
multiple plots to a single page
using a plotter
, 4-27
plot files
, 4-14
plot files from a PC to a plotter
,
4-24
single page plots using a printer
,
4-26
outputting plot files from a PC to
an HPGL compatible printer
,
4-25
sending the exit HPGL mode
and form feed sequence to
the printer
, 4-26
sending the HPGL initialization
sequence to the printer
,
4-26
sending the plot file to the
printer
, 4-26
storing the exit HPGL mode and
form feed sequence
, 4-26