Index-8
Index
storing the HPGL initialization
sequence, 4-25
P
page quadrants, plotting
measurements in, 4-30
parameters
lower stopband, 1-69
measurement, 1-4, 1-68, 6-4
passband, 1-69
upper stopband, 1-69
pass control mode, 7-79
passband parameters, 1-69
PC interface unit, 6-59
PC, to view files on, 4-22
pen numbers and colors, selecting,
4-16
pen plotter, 4-19, 4-20
plotting to, 4-12
performance verification, 5-5
performance, verifying, 7-65
performing
2-port error corrections, 6-42,
6-71
TRL calibration, 6-52
TRM calibration, 6-56
peripheral equipment, required,
7-4
per-raw data arrays, 7-7
phase
linearity, 2-35
measurements, 2-35
tracking, 2-39
phase distortion, 1-43, 1-45
phase format, 7-24
phase or group delay
measurements, 2-35
phase linearity and group delay,
2-35
phase measurements, 2-35
places where you can save, 4-36
plot
aborting a process, 4-33
plot files
outputting from a PC to a
plotter, 4-24
outputting from a PC to an
HPGL compatib le printer,
4-25
sending to the printer, 4-26
to output, 4-14
to view on a PC, 4-22
plot function, configuring, 4-10
plotting to a pen plotter, 4-12
plotting to an HPGL/ 2
compatible printer, 4-10
plot function, defining, 4-15
choosing display elements, 4-15
choosing plot speed, 4-18
choosing scale, 4-17
resetting plotting parameters to
default values, 4-18
selecting auto-feed, 4-15
selecting line types, 4-17
selecting pen numbers and
colors, 4-16
plot speed, choosing, 4-18
plotting
measurement results, 4-3
measurement to a disk, 4-13
measurements in page
quadrants, 4-30
multiple measurements on a full
page, 4-29
multiple measurements per
page from a disk, 4-28
multiple measurements per
page using a pen plotter,
4-20
one measurements per page
using a pen plotter, 4-19
parameters, resettin g to default
values, 4-18
plotting to an HPGL compatible
printer, 4-21
solving problems, 4-35
plotting a measur em ent to a disk
to output the plot files, 4-14
polar format, 7-27
polar format markers, 1-32
port extensions, 5-5
power coupling options, 7-10
channel coupling, 7-10
test port coupling, 7-10
power levels, determining, 1-59
power meter
calibration, 2-12
calibration over IF range, 2-20
calibration over RF range, 2-23
power meter measurement
calibration, 6-33
calibrating the analyzer receiver
to measure absolute power,
6-39
compensating for directional
coupler response , 6-35
entering the power sensor
calibration data, 6-34
interpolation in power meter
calibration, 6-34
loss of power meter calibration
data, 6-33
using continuous correction
mode, 6-38
using sample-and-sweep
correction mode, 6-36
power ranges, 7-9
automatic mode, 7-9
manual mode, 7-9
power ranges, selecting, 1-61
power sensor calibration data,
entering, 6-34
power sweep, 7-19
power, output, 7-9
primary measurement channels,
viewing, 1-12
principles, group delay, 7-29
print
aborting a process, 4-33
print function
configuring, 4-4
defining, 4-6
printer
color printer, using, 4-6
HPGL compatible printer, 4-21,
4-25
HPGL/2 compatible printer,
4-10
printing
measurement re sults, 4-3
multiple measurements per
page, 4-9
one measurement per page, 4-8
parameters, resetting to d efault
values, 4-7
sequence, 1-105
solving problems, 4-35
printing or plotting the list values
or operating parameters, 4-34
entire list of values, 4-34
single page of values, 4-34
procedure
high power measurements, 1-59
procedure, TRL calibration, 7-72
procedures for error correcting
measurements, 6-10
types of error correction, 6-10
processing details, 7-6
accuracy enhancement, 7-7
ADC, 7-6
conversion, 7-7
display memory, 7-8
electrical delay block, 7-7
format, 7-8
format arrays, 7-8
gating, 7-7
IF detection, 7-6
pre-raw data arrays, 7-7
ratio calculations, 7-6
raw arrays, 7-7
sampler/IF correction, 7-6