Throughput File (1 Record); Throughput File (1 0 Records); Throughput File (50 Records) - HP 3562A Operating Manual

VIEW INPUT-displays the view input menu, which are used to view the signals present at
the inputs. These displays show the signals before they are filtered to the current fre­
quency span or measured. Stored time capture and time throughput data can also be
viewed with this menu when these features are active. The menu displayed when this
is pressed depends on the mode and whether or not throughput is active.
INPUT SPEC 1-displays the frequency spectrum of the signal on Channel 1 . This
display shows the full-bandwidth (0-100 kHz) FFT of the input signal,
regardless of the current frequency span.
INPUT SPEC 2-displays the frequency spectrum of the signal on Channel 2. This
display shows the full-bandwidth (0-100 kHz) FFT of the input signal,
regardless of the current frequency span.
INPUT TIME 1-displays the time domain signal on Channel 1 . Because the view input
displays are always at full-span, the input time displays show an 8 milli­
second time length (800
length. This display can be used to verify the presence of an input and is
also useful when manually setting the input range.
INPUT TIME 2-displays the time domain signal on Channel 2. Because the view
input displays are always at full-span, the inputtime displays show an 8 milli­
second time length (800
length. This display can be used to verify the presence of an input and is
also useful when manually setting the input range.
LINEAR SPEC-displays the linear spectrum of the time record outlined in the time
buffer by the capture pointer. The frequency span of the spectrum is equal
to the span at which the capture was made.
NEXT RECORD-displays the next record of time data in the active throughput file.
NEXT RECORD remembers the positions of the displayed files and dis­
plays the next record in the active trace(s).
THRUPT TIME 1-recalls the first Channel 1 time record in the acti v e throughput file
into the acti v e trace. The record length is determined by the frequency span
used in the throughput session. The starting point of the record is deter­
mined by the Channel 1 trigger delay value.
THRUPT TIME 2-recalls the first Channel 2 time record in the acti v e throughput file
into the acti v e trace. The record length is determined by the frequency span
used in the throughput session. The starting point of the record is deter­
mined by the Channel 2 trigger delay value.
7-
100 kHz), regardless of the current time record
7-
100 kHz), regardless of the current time record
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VIEW INPUT
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