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sets up
four-graticule,
four-channel display as described in the
g?jF
~~~~~~~~~~~~~~,,
menu.
::.: _...
. . . . . . . . . . .
i:..
;..;:...;;,~:.:~.i .:
. . . . .
n:.....
.A......
I/.
:.:
.
:.x:.
sets up two-graticule, four-channel display as described in the
,...
~~~~~~~~~~~~
menu.
:.ik:
~<~<<....1:
//
:.:<;..:
::i..<<.c..:
.:.:
.:.....
~d>>>>..i
.L
.
...:
T..
sets up three-graticule, three-channel display as described in the
g,;
~~~~~~~~~~,
menu.
defines the standard type as a short, for calibrating reflection
measurements. Shorts are assigned a terminal impedance of
0 ohms, but delay and loss offsets may still be added.
used to display a specific menu prior to a pause statement.
takes one sweep of data and returns to the hold mode.
sets the limits at a single stimulus point. If limit lines are
on,
the upper limit value of a single point limit is displayed as
\9,
and the lower limit is displayed as \S. A limit test at a single
point not terminating a flat or sloped line tests the nearest
actual measured data point. A single point limit can be used as
a termination for a flat line or sloping line limit segment. When
a single point terminates a sloping line or when it terminates a
flat line and has the same limit values as the flat line, the single
point is not displayed as
\9
and \S. The indication for a sloping
line segment in the displayed table of limits is SP.
enables a measurement of a single segment of the frequency
list, without loss of calibration. The segment to be measured is
selected using the entry block.
In single segment mode, selecting a measurement calibration
will force the full list sweep before prompting for calibration
standards. The calibration will then be valid for any single
segment.
If an instrument state is saved in memory with a single-segment
trace, a recall will redisplay that segment while also recalling
the entire list.
defines
the load as a sliding load. When such a load is measured
during calibration, the analyzer will prompt for several load
positions, and calculate the ideal load value from it.
compensates for power loss versus the frequency sweep, by
sloping the output power upwards proportionally to frequency.
Use this
softkey to enter the power slope in
dS
per
GHz
of
sweep.
toggles the power slope function on or off. With slope on, the
output power increases with frequency, starting at the selected
power level.
Key Definitions
943