Agilent Technologies 8560E User Manual page 192

Key Function Descriptions
Key Function Tables
Table 4-2 Instrument State Functions
Instrument State
Keys
MKR∆ → CH PWR BW
MKR MEAN → CF
MODULE
NEGATIVE BIAS
NEW CORR PT
NEXT PEAK
NORM REF POSN
NORMLIZE ON OFF
OCCUPIED [ %]
OCCUPIED
BANDWDTH
OCCUPIED PWR
MENU
PEAK METHOD
PEAK SEARCH
PLOT ANNOT
PLOT GRATICUL
PLOT ORG DSP GRAT
192
Description
Access Key
MEAS/USER Sets the channel power bandwidth parameter to the
value of the difference between the two markers.
MEAS/USER Moves the midpoint of the two displayed markers to
the center frequency.
— Accesses the functions of an optional rear panel
module, when it is present.
Selects negative bias for an external mixer. When this
AUX CTRL
function is selected, a "-" appears on the left side of the
display. Not available with an 8560E/EC Option 002.
CAL Allows you to create a new ampcor correction point.
AUX CTRL Moves the active marker to the next-highest trace
peak relative to the current marker position.
AUX CTRL Adjusts the normalized reference position. For use
with NORMLIZE ON OFF.
AUX CTRL Switches the normalization routine, for
stimulus-response measurements, on and off. An N
appears on the left side of the display when this
function is active.
MEAS/USER Enters the desired percentage of occupied power for an
occupied bandwidth measurement.
MEAS/USER Integrates the power displayed and returns the
bandwidth containing the selected percent of the total
displayed power.
MEAS/USER Accesses the occupied power bandwidth functions.
Makes adjacent channel power (ACP) measurements
MEAS/USER
using peak power integration.
AUX CTRL, Places a marker on the highest point on a trace and
CAL
displays the marker frequency and amplitude.
CONFIG Plots only the display annotation. To halt plotting
before it is complete, press STOP ANNOT.
CONFIG Plots only the graticule. To halt plotting before it is
complete, press STOP GRATICUL.
Selects either the display or the graticule area for
CONFIG
plotting. In either case, the plot fills the entire area
defined by the P1 and P2 plot parameters.
Chapter 4