User`s guide

Index
Index-9
effect of spurious responses, 2-5
number of measurement points
,
5-12
reducing recall time
, 5-18
reducing trace noise
, 5-16
activating averaging
, 5-16
changing system bandwidth
,
5-16
reduction, IF bandwidth
, 7-36
reference plane and port
extensions
, 5-5
reflection measurements
response and isolation error
correction
, 6-19
response error correction
, 6-12
reflection measurements in time
domain low pass
, 3-16
interpreting the low pass
response horizontal axis
,
3-16
interpreting the low pass
response vertical axis
, 3-17
reflection measurements using
bandpass
interpreting the band pass
reflection response vertical
axis
, 3-13
reflection measurements using
bandpass mode
, 3-12
interpreting the bandpass
reflection response
horizontal axis
, 3-13
reflection response
measurements, making
, 3-9
relative velocity factor, adjusting
,
3-12
removing the adapter
, 6-43
renaming a file
, 4-52
repeatability, connector
, 5-4
repetitive switching of the
attenuator
, 7-13
required peripheral equipment
,
7-4
required test equipment,
connecting
, 1-4
requirements for TRL standards
,
7-71
re-saving an instrument state
,
4-50
resetting
plotting parameters to default
values
, 4-18
printing parameters to default
values
, 4-7
resolution
, 3-32
range resolution
, 3-34
response resolution
, 3-32
response
calibration
, 2-28
error correction for reflection
measurements
, 6-12
errorcorrectionfortransmission
measurements
, 6-14
magnitude
, 1-7
resolution
, 3-32
response and isolation
calibration
, 7-54
response and isolation error
correction for reflection
measurements
, 6-19
response calibration
, 7-54
restarting a calibration
, 6-5
reverse isolation
, 1-58
reviewingthelimit line segments
,
1-79
RF feedthrough
, 2-46
RF frequency range
, 2-22
using the calculation
, 2-22
using the mixer measurement
diagram
, 2-15, 2-23
RF range
power meter calibration
, 2-23
RF, defining
, 2-7
ripple limit testing
, 1-82–1-91
ripple limits
editing
, 1-85–1-87
running the test
, 1-87–1-91
setting
, 1-82–1-85
ripple test
absolute value
, 1-90
displaying limits
, 1-88
displaying values
, 1-89
frequency bands
, 1-84
margin value
, 1-91
message color
, 1-88
starting and stopping
, 1-87
running a bandwidth test
,
1-94–1-97
running a limit test
, 1-79
running a sequence
, 1-100
running the ripple limits test
,
1-87–1-91
S
S11 and S22 one-port calibration
,
7-54
S2P data format
, 4-42
safety considerations
, 8-5
before applying power
, 8-5
compliance with German FTZ
emissions requirements
, 8-7
compliance with German noise
requirements
, 8-7
general
, 8-6
safety earth ground
, 8-5
servicing
, 8-6
safety earth ground
, 8-5
safety symbols
, 8-4
sample-and-sweep correction
mode, using
, 6-36
sampler/IF correction
, 7-6
saving
calibration data
, 6-5, 7-65
data trace
, 1-19
instrument state
, 4-38, 7-65
measurement results
, 4-39
measurement results
graphically
, 4-45
modified calibration kits
, 7-65
to a disk
, 7-65
saving a file
solving problems
, 4-54
saving and recalling instrument
states
, 4-36
places where you can save
, 4-36
what you can save to a
computer
, 4-37
what you can save to a floppy
disk
, 4-37
what you can save to the
analyzer’sinternalmemory
,
4-36
saving measurement results
ASCII data formats
, 4-41
instrument state files
, 4-46
scale and offset
, 7-8
scale, choosing
, 4-17
searching for specific amplitude
,
1-39
segment menu
, 7-16
segment power, setting
, 7-18
selecting
auto-feed
, 4-15
gate shape
, 3-36
line types
, 4-17
pen numbers and colors
, 4-16
selecting sweep modes
, 7-19
sending the exit HPGL mode and
form feed sequence to the
printer
, 4-26
sending the HPGL initialization
sequence to the printer
, 4-26
sendingthe plot filetotheprinter
,
4-26
sequence
changing the title
, 1-103
clearing from memory
, 1-102
creating
, 1-98
decision making menu
, 1-111
editing
, 1-100