User`s guide

Index
Index-5
reducing the averaging factor,
5-12
reducing the number of
measurement points
, 5-12
setting the auto sweep time
mode
, 5-12
setting the sweep type
, 5-12
using external calibration
, 5-13
using swept list mode
, 5-10
viewing a single measurement
channel
, 5-13
widening the system
bandwidth
, 5-12
increasing test port input power
,
5-15
incrementing the source
frequencies
, 2-31
in-depth sequencing information
,
1-105
autostarting sequences
, 1-106
commands completed before
next sequence begins
, 1-105
commands that require a clean
sweep
, 1-106
decision making functions
,
1-112
embeddingloopcounter valuein
title
, 1-106
featuresthat operatedifferently
in a sequence
, 1-105
forward stepping in edit mode
,
1-106
gosub sequence command
, 1-107
GPIO mode
, 1-107
limit test decision making
,
1-112
loop counter decision making
,
1-112
sequence decision making
menu
, 1-111
sequence size
, 1-106
sequence that jumps to itself
,
1-112
sequencing special functions
menu
, 1-111
titles
, 1-106
TTL I/O menu
, 1-108
TTL input decision making
,
1-108, 1-112
TTL out menu
, 1-111
TTL output for controlling
peripherals
, 1-108
indicators, GPIB STATUS
, 7-78
initializing loop counter value to
26
, 2-29
input ports menu
, 7-23
inserting a command
, 1-101
insertion phase response
, 1-7, 1-8
instrument markings
, 8-4
instrument modes
, 7-83
frequency offset operation
, 7-84
network analyzer mode
, 7-83
tuned receiver mode
, 7-83
instrument state
file, deleting
, 4-51
files
, 4-46
re-saving
, 4-50
saving
, 4-38, 7-65
saving and recalling
, 4-36
interconnecting cables
, 5-4
internal memory
, 4-36
internal R channel inputs
, 2-10
interpolated error correction
, 6-8
interpolation in power meter
calibration
, 6-34
interpreting
bandpass reflection response
horizontal axis
, 3-13
bandpass reflection response
vertical axis
, 3-13
bandpasstransmissionresponse
horizontal axis
, 3-14
bandpasstransmissionresponse
vertical axis
, 3-14
forward transform horizontal
axis
, 3-23
forwardtransform vertical axis
,
3-22
low pass response horizontal
axis
, 3-16
low pass response vertical axis
,
3-17
low pass step transmission
response horizontal axis
,
3-20
low pass step transmission
response vertical axis
, 3-20
introduction to time domain
measurements
, 3-3
isolation
, 7-40, 7-68
calibration, omitting
, 6-4
error corrections and frequency
response
, 6-17
isolation example measurements
,
2-44
LO to RF isolation
, 2-44
RF feedthrough
, 2-46
SWR/return loss
, 2-49
J
jpeg files, saving results as
, 4-45
K
knowing the instrument modes
,
7-83
L
labeling the screen
, 2-31
leakage signals, eliminating
unwanted
, 2-6
limit line operation
, 7-81
edit limits menu
, 7-82
edit segment menu
, 7-82
offset limits menu
, 7-82
limit lines
creating flat limit lines
, 1-74
creating single point limits
, 1-78
editing line segments
, 1-79
measurement parameters
, 1-73
offsetting limit lines
, 1-80
running a limit test
, 1-79
sloping limit line
, 1-76
using to test a device
, 1-73
limit test
decision making
, 1-112
example sequence
, 1-117
limit test, running
, 1-79
activating the limit test
, 1-79
reviewing the limit line
segments
, 1-79
line segments, editing
, 1-79
deleting line segments
, 1-79
line types, selecting
, 4-17
linear frequency sweep
, 7-15
linear magnitude format
, 7-28
linear phase, deviation
, 1-46
linear sweep
, 1-56
linearity, phase
, 2-34
list values, printing or plotting
,
4-34
LO frequency accuracy and
stability
, 2-10
LO to RF isolation
, 2-44
load match
, 7-39, 7-70
load mismatches, minimizing
, 2-4
loading a sequence from a disk
,
1-104
local key
, 7-77
log magnitude format
, 7-24
logarithmic frequency sweep
,
7-15
loop counter
decision making
, 1-112
example sequence
, 1-114
value
, 2-29
loss of power meter calibration
data
, 6-33
low pass impulse mode
, 3-20
lower stopband parameters
, 1-70