defies the measurement as &I, the complex forward
transmission coefficient (magnitude and phase) of the test
device.
deilnes
the measurement as
S~Z,
the complex reverse
transmission coefficient (magnitude and phase) of the test
device.
(Option 010 only) leads to a series of menus that transform the
measured data from the frequency domain to the time domain.
(Option 010 only) switches between time domain transform on
and off.
leads to the transmission menu.
presents the trigger menu, which is used to select the type and
number of the sweep trigger.
turns off external trigger mode.
leads to the
TRL*/LRM*
2-port calibration menu.
selects the
TRL/LRM
Option Menu.
is used to enter the standard numbers for the TRL LINE or
MATCH class
is used to enter the standard numbers for the TRL THRU class.
is used to enter the standard numbers for the TRL REFLECT
class
sets the
‘ITL
output (TEST SEQ BNC) on the back of the
analyzer high.
sets the
TI’L
output (TEST SEQ BNC) on the back of the
analyzer low.
sets the analyzer to function as a tuned receiver only, disabling
the source.
allows the marker stimulus values to be controlled
independently on each channel.
sends the sum frequency of the RF and Lo to the R channel.
sets the upper limit value for the start of the segment. If a
lower limit is specified, an upper limit must also be defined. If
no upper limit is required for a particular measurement, force
the upper limit value out of range (for example
+500
dl3).
_..
. . .
.;..
. . . . . . .
.._
_
_.
_...,.,._
men
~~~~~~~~
or
~~~~~~~~
is
pressed,
a
the
segments in the table are displayed in terms of upper and lower
limits, even if they were
defined
as delta limits and middle
value.
If you attempt to set an upper limit that is lower than the lower
limit, or vice versa, both limits will be automatically set to the
same value.
9-60 Key Definitions
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