Specifications

Menu Name Function Description GPIB Mnemonic
CALIBRATION
COMPONENT
UTILITIES
INSTALL KIT INFO
FROM FLOPPY DISK
Installs the information from the calibration
components kit.
LKT
DISPLAY COAXIAL
INFORMATION
Changes the soft-key display to the INSTALLED
TEST PORT CONNECTOR INFO menu.
None
DISPLAY WAVEGUIDE
INFORMATION
Displays waveguide parameters in the data area of
the screen.
DWG
DISPLAY AUTOCAL
CHARACTERIZATION
INFORMATION
Displays AutoCal characterization information in the
data area of the screen.
None
RETURN Returns to the previous soft-key menu. None
CALIBRATION
RANGE
HARMONIC CAL
FOR TIME DOMAIN
None
START (STEP)
XXX.XXXXXXXXXGHz
Enter the desired start frequency. This frequency also
will be used as the frequency increment.
SRT
APPROXIMATE STOP
XXX.XXXXXXXXXGHz
Enter the approximate desired stop frequency. The
frequency will be adjusted to the nearest harmonic
multiple of the start frequency.
APRXSTP?
USING ABOVE
START AND STOP
WILL RESULT IN
XXX DATA POINTS
XXX.XXXXXXXXXGHz
TRUE STOP FREQ
Indicates the number of data points and the true
(harmonic) stop frequency.
ONP; STP?
NEXT CAL STEP Changes the soft-key display to a CONFIRM
CALIBRATION PARAMETERS menu, based on the
Calibration Method and/or Line Type selections made
using an earlier soft-key menu.
None
CALIBRATION
SEQUENCE1
CONNECT
CALIBRATION
DEVICE(S)
Soft-key set provides options for completing the
calibration started earlier.
None
PORT 1
XXXXXXXXXXXXXXX
Displays the device connected to Port 1 for this
calibration step.
None
PORT 2
XXXXXXXXXXXXXXX
Displays the device connected to Port 2 for this
calibration step.
None
MEASURE PORT 1
((NO) CAL EXISTS)
Measures calibration data for Port 1 then, displays
the CALIBRATION SEQUENCE CONTINUED menu.
TC1
MEASURE PORT 2
((NO) CAL EXISTS)
Measures calibration data for Port 2, then displays
the CALIBRATION SEQUENCE CONTINUED menu.
TC2
MEASURE BOTH
PORTS
Measures calibration data for Port 1 and Port 2, then
displays the CALIBRATION SEQUENCE
CONTINUED menu.
TCD
FRONT PANEL CAL
OPERATION KEY MENUS
MS462XX OM 4-145