Agilent Technologies 8753ET User Manual page 439

Index
,
signals, deleting 6-35
,
span, decreasing 5-10
,
span, setting 1-36
,
frequency drift 5-5
frequency list sweep of 26 points
2-27
frequency offset mode operation
2-10
frequency offset mode, conversion
,
compression 2-39
frequency offset mode, conversion
,
loss 2-13
,
frequency offset operation
, ,
frequency range 1-59 7-88
,
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
transmission measurements
6-17
frequency response error
,
corrections 6-12
,
receiver calibration 6-15
response error correction for
reflection measurements
6-12
response error correction for
transmission
,
measurements 6-14
frequency response of calibration
,
standards 6-5
,
electrical offset 6-6
,
fringe capacitance 6-6
,
fringe capacitance 6-6
,
full two-port calibration 7-56
full two-port error correction
G
,
gain 1-64
gain compression
,
measuring 1-60
,
using linear sweep 1-62
, ,
gating 3-35 7-8
,
selecting gate shape 3-36
,
setting the gate 3-35
,
general 8-7
generating files in a loop counter
,
example 1-102
German FTZ emissions
,
requirements 8-8
,
gosub sequence command
,
GPIB commands 1-108
GPIB operation
,
address menu 7-79
Index-4
GPIB STATUS indicators
,
local key 7-77
pass control mode
system controller mode
,
talker/listener mode
using the parallel port
, ,
GPIO mode 1-93
grids
moving marker information off
the grids
,
group delay 1-47
group delay format
7-86 group delay measurements
group delay principles
H
harmonic measurements
,
additional 1-57
,
making 1-56
harmonic operation
,
6-19
accuracy and input power
,
7-88
coupling power between
channels 1 and 2
dual-channel operation
7-87
frequency range
,
single-channel operation
7-87
test setup, typical
understanding
harmonics, measuring
making harmonic
measurements
high dynamic range
measurement
swept RF/IF conversion loss
2-19
,
6-29
high dynamic range
measurement
high dynamic range swept RF/IF
conversion loss
measurement parameters for IF
,
range 2-19
power meter calibration over IF
,
range 2-19
power meter calibration over RF
,
range 2-22
receiver calibration over IF
,
range 2-21
RF frequency range
high power
configuration one
1-93 configuration three
configuration two
measurements
,
7-78 horizontal axis
,
7-78 how RF and IF are defined
,
7-78 HPGL
,
7-78 compatible printer
,
7-79 initialization sequence, sending
,
7-80
initialization sequence, storing
,
1-26 HPGL compatible printer
HPGL/2 compatible printer
,
7-26
,
2-33
I
,
7-31
IF bandwidth reduction
IF bandwidth, setting segment
IF delay, detecting
IF detection
IF range
,
7-87 measurement parameters
, ,
1-59 power meter calibration
receiver calibration
IF, defining
, ,
1-59 7-88 imaginary format
, ,
1-58 improving measurement results
, ,
1-59 7-88 decreasing the sweep rate
, ,
1-58 decreasing time delay
improving raw source match and
,
7-87
,
1-58
,
1-55 increase sweep speed
using fast 2-port calibration
,
1-56
increasing dynamic range
,
2-23 increasing test port input
,
reducing receiver crosstalk
reducing the receiver noise floor
,
2-23
increasing measurement
connector repeatability
frequency drift
interconnecting cables
performance verification
reference plane and port
temperature drift
increasing sweep speed
,
2-21 activating chop sweep mode
,
1-67 decreasing the frequency span
,
1-69
,
1-68 reducing the averaging factor
,
1-66
, , ,
3-13 3-14 3-16
,
3-20 3-23
,
2-7
,
4-21
,
to the printer 4-27
4-26
,
4-26
,
4-10
,
7-37
7-19
,
5-10
,
7-7
,
2-19
,
2-19
,
2-21
,
2-7
,
7-31
5-7
,
5-8
,
5-8
load match for TRL*/LRM*
,
calibration 7-70
,
5-12
,
5-14
,
power 5-14
,
5-14
5-14
,
accuracy 5-4
,
5-4
,
5-5
,
5-4
,
5-5
,
extensions 5-5
,
5-5
,
5-9
,
5-12
5-10
5-11
,
,
,
,
,
,
,