Agilent Technologies 8719D User Manual page 533

turns on the bandwidth
center stimulus value, bandwidth, and Q of a bandpass or band
reject shape on the trace. The amplitude value that defines the
Four markers are turned on, and each has a dedicated use.
Marker 1 is a starting point from which the search is begun.
Marker 2 goes to the bandwidth center point. Marker 3 goes to
the bandwidth cutoff point on the left, and marker 4 to the
cutoff point on the right.
If a delta marker or fixed marker is on, it is used as the
reference point from which the bandwidth amplitude is
measured. For example, if marker 1 is the delta marker and is
set at the passband maximum, and the width value is set to
-3 dD, the bandwidth search finds the bandwidth cutoff points
3 dB below the maximum and calculates the 3 dl3 bandwidth
and Q.
If marker 2 (the dedicated bandwidth center point marker) is
the delta reference marker, the search Rnds the points 3 dB
down from the center.
If no delta reference marker is set, the bandwidth values are
absolute values
(Option 010 only) is used to specify the parameters of the
window in the transform menu.
(Option 010 only) sets the pulse width to the widest value
allowed. This mmimizes the sidelobes and provides the greatest
dynamic range.
(Option 010 only) is used to set the window of a time domain
measurement to the minimum value. Provides essentially no
window.
(Option 010 only) is used to set the window of a time domain
measurement to the normal value. ,Usually the most useful
because it reduces the sidelobes of the measurement somewhat.
is used to terminate basic units: dD, dBm, Hz, dH/GHz, degrees,
or seconds. It may also be used to terminate unitless entries
such as averaging factor.
toggles the PLCYITER/PRINTER serial port data transmit
control mode between the Xon-Xoff protocol handshake and
the DTR-DSR (data terminal ready-data set ready) hardwire
handshake.
converts reflection data to its equivalent admittance values.
converts transmission data to its equivalent admittance values.
converts reflection data to its equivalent impedance values.
converts transmission data to its equivalent impedance values
search
feature and calculates the