Agilent Technologies 8719D User Manual page 659

purge a sequence from disk, 2-72
ratio measurements in channel 1 and 2,
2-7
reduce receiver crosstalk, 5-59
reduce receiver noise floor, 5-58
reduce the averaging factor, 5-54
reduce the number of points, 5-54
reduce trace noise, 5-59
rename a me, 4-42
re-save a fle, 4-41
reset plotting parameters to default values,
4-16
reset the printing parameters to default
values, 4-6
review Iimit Iine segments, 2-50
run a Iimit test, 2-50
run a test sequence, 2-67
save a data trace to the display memory,
2-6
save an instrument state, 4-35
save measurement results, 4-36
search for a target amplitude, 2-30
search for bandwidth, 2-31
search for maximum amplitude, 2-30
search for minimum amplitude, 2-30
sequence tests, 2-65
set auto sweep time mode, 5-53
set center frequency with markers, 2-26
set CW frequency using markers, 2-29
set display reference using markers, 2-28
set electrical delay using markers, 2-29
set frequency range, 2-3
set frequency span with markers, 2-27
set source power, 2-4
set start frequency with markers, 2-25
set stop frequency with markers, 2-26
set the measurement parameters, 2-3
set the measurement type, 2-4
set the sweep type, 5-55
solve printing or plotting problems, 4-32
solve problems with disk storage, 443
stop a sequence, 2-67
stor a sequence on a disk, 2-71
subtract the memory trace from the
measurement data trace, 2-7
title the active channel display, 2-8
title the displayed measurement, 4-29
track amplitude, 2-32
use analyzer display markers, 2-16
use continuous and discrete markers, 2-16
use delta (A) markers, 2-20
use frequency offset mode, 3-7
use limit lines, 243
use MKR ZERO to activate a 6xed reference
marker, 2-22
use polar format markers, 2-23
use receiver calibration, 5-12
use Smith chart markers, 2-24
use the tuned receiver mode, 2-64
use the ~~~#~~ !!KR key to activate
a lixed reference marker, 2-21
view a single measurement channel, 5-55
view both primary channels, 2-5
view plot Gles on a PC, 4-20
view the measurement data and memory
trace, 2-6
widen system bandwidth, 5-54
plot, 4-8
HPGL compatible printer, outputting plot
HP-IB, 11-16
address capability, 11-19
addresses, 6-110, 11-22
bus structure, 11-17, 11-18
cables, 1 l-7
data rate, 11-19
debug mode, 1 l-25
device types, 11-17
menu, 6-109
message transfer scheme, 11-19
multiple-controller capability, 11-19
operation, 11-17
operational capabilities, 1 l-20
pass control mode, 6-110
requirements, 11-19
status indicators, 6-l 10, 11-21
system controller mode, 6-110
HP-IB connector, l-10
HP-IB peripheral interface
configuration, 1 I- 13
humidity conditions, 7-26
I
IF bandwidth, 6-51
how to widen, 5-54
IFC (interface clear) control line, 11-18
IF detection, 6-5
IF, how de&ted for mixers, 3-2
imaginary format, 6-36
increase test port power, 5-58
increasing
sweep speed, 5-53
increasing dynamic range, 5-58
increasing measurement accuracy, 5-2
increasing sweep speed, 5-53