HP 8753D - Page 666

compensating
for directional
coupler
response,
5-35
connector
repeatability, 5-2
error-correction,
5-4
frequency
drift, 5-3
increasing,
5-2
interconnecting
cables,
5-2
performance
verication,
5-3
reference
plane
and
port
extensions,
5-3
temperature
drift,
5-2
measurement
averaging
changing,
5-56
measurement
calibration
concepts,
6-50
{101
measurement
channel,
how
to
view
a
single,
5-53
measurement
errors
causes
of,
6-51
correcting
for,
6-71
crosstalk,
6-53
directivity,
6-51
frequency
response,
6-53
isolation,
6-53
load
match,
6-52
source
match,
6-52
tracking,
6-53
measurement
frequencies
,
diagram,
3-10
measurement points
how
to reduce,
5-52
measurement
port specications,
7-2
uncorrected
for errors,
7-2
measurement
problems
electrically
long devices,
5-48
measurement
programs,
11-6
measurement
results
saving,
4-36
measurements
conversion
loss
for
mixers,
3-7
conversion
loss
using
tuned
receiver
mode,
3-17
high dynamic range conversion loss for
mixers, 3-12
LO to RF isolation for mixers, 3-33
mixer, 3-1
mixer considerations, 3-2
mixer conversion compression, 3-28
mixer group delay or phase, 3-24
mixer isolation, 3-33
mixers xed IF, 3-17
non-coaxial, 2-76
optimized, 5-1
optimizing, 4-43
power meter calibration for, 3-6
RF feedthrough for mixers, 3-35
swept RF/IF mixers, 3-7
using
the tuned
receiver mode,
2-51
measurement
setup diagram
shown
on
analyzer
display, 3-31
measurement
setup from
display,
3-10
measurement
times, 7-33
measurement
title, 4-29
measurement
uncertainties
3.5
mm
test
ports,
7-8
50
type-N,
7-5
75
type-F
test
ports,
7-14
,
7-17
,
7-20
,
7-23
75
type-N
test
ports,
7-11
7
mm
test
ports,
7-2
memory
available,
12-2
battery
backup,
12-2
CMOS,
12-2
conserving,
12-5
display,
6-7
external
disk,
12-4
insucient,
12-3
internal
disk,
12-4
non-volatile,
12-2
requirements,
12-3
saving
calibration
data,
12-2
saving
current
instrument
state,
12-1
saving
instrument
states,
12-2
types of,
12-1
volatile,
12-1
memory-intensive
operations, 12-5
memory
math functions,
6-41
memory
register
contents,
4-33
memory
trace,
2-6
memory
trace
arrays
memory
requirements,
12-3
menu
calibrate,
6-73
cal
kit,
6-75
HP-IB,
6-103
input ports, 6-28
limits, 6-106
power, 6-13
scale reference, 6-38
S-parameter, 6-27
sweep types, 6-21
system, 6-106
trigger, 6-18
4
MENU
5 key, 6-12
menu map, 8-1
4
AVG
5 ,8-2
4
CAL
5 ,8-3
4
COPY
5 ,8-5
4
DISPLAY
5 ,8-6
4
FORMAT
5 ,8-6
Index-14