Index-4
Index
flat limit lines, 1-73
floppy disk, what you can save,
4-37
form feed sequence, 4-26
sending to the printer, 4-26
format, 7-8
format arrays, 7-8
format markers, polar, 1- 32
formats, analyzer display, 7-24
formatting a disk, 4-54
forward stepping in edit mode,
1-106
forward transform
measurements, 3-22
demodulating the results of the
forward transform, 3-23
forward transform range, 3-24
interpreting the forward
transform horizontal axis,
3-23
interpreting the forward
transform vertical axis, 3-22
forward transform mode, 3-4
forward transform range, 3-24
four-channel display
4 Param Displays softkey, 1-18
Channel Position softkey, 1-17
customizing, 1-17
viewing, 1-14
Freelance, using, 4-23
frequency
segments, editing, 6-34
signals, deleting, 6-35
span, decreasing, 5-11
span, setting, 1-36
frequency bands
adding, 1-85
changing, 1-84
deleting, 1-86
setting, 1-83
frequency drift, 5-5
frequency list sweep of 26 points,
2-29
frequency offset mode operation,
2-9
frequency offset mode, conversion
compression, 2-40
frequency offset mode, conversion
loss, 2-13
frequency offset operation, 7-85
frequency range, setting, 1-5
frequency range, setting for time
domain low pass, 3-15
frequency response, 7-41
frequency response and isolation
error corrections, 6-17
reflection measurements, 6-19
transmission measurements,
6-17
frequency response error
corrections, 6-12
receiver calibrat i on, 6-15
response error correction for
reflection measurements,
6-12
response error correction for
transmission
measurements, 6-14
frequency response of calibration
standards, 6-6
electrical offset, 6-6
fringe capacitance, 6-6
fringe capacitance, 6-6
full two-port calibration, 7-55
full two-port er ror correction, 6-29
G
gain, 1-57
gain compression
measuring, 1-53
using linear sweep, 1-55
gating, 3-35, 7-7
selecting gate shape , 3-36
setting the gate, 3-35
general, 8-7
generating files in a loop counter
example, 1-116
German FTZ emissions
requirements, 8-8
gosub sequence command, 1-107
GPIB operation
address menu, 7-80
GPIB STATUS indicators, 7-79
local key, 7-78
pass control mode, 7-79
system controller mode, 7-79
talker/listener mode, 7-79
using the paral l el port, 7-80
GPIO mode, 1-107, 7-81
graphic files
saving measurement results as,
4-46
grids
moving marker information off
the grids, 1-26
group delay, 1-46
group delay format, 7-25
group delay measurements, 2-35
group delay principles, 7-29
H
high dynamic range
measurement, 2-24
swept RF/IF conversion loss,
2-20
high dynamic range
measurement, 2-24
high dynamic range swept RF/IF
conversion loss
measurement param eters for IF
range, 2-20
power meter calibration over IF
range, 2-20
power meter calibration over RF
range, 2-23
receiver calibration over IF
range, 2-22
RF frequency range, 2-22
high power
measurements, 1-59, 1-65
high power measurements
additional setup, 1-6 0
attenuator settings, selecting,
1-61
final setup, 1-63
initial setup, 1-59
power levels, determining, 1-59
power ranges, selecting, 1-61
horizontal axis, 3-13, 3-14, 3-16,
3-20, 3-23
how RF and IF are defined, 2-7
how to
make high power
measurements, 1-59
HPGL
compatible printer, 4-21
initialization sequence, sending
to the printer, 4-26
initialization sequence, storing,
4-25
HPGL compatible printer, 4-25
HPGL/2 compatible printer, 4-10
I
IF bandwidth reduction, 7-35
IF bandwidth, setting segment,
7-19
IF delay, detecting, 5-11
IF detection, 7-6
IF range
measurement pa rameters, 2-20
power meter calibration, 2-20
receiver calibration, 2-22
IF, defining, 2-7
imaginary format, 7-29
improving measurement results,
5-8
decreasing the sweep rate, 5-9
decreasing time delay, 5-9