Specifications

Menu Name Function Description GPIB Mnemonic
CONFIRM
CALIBRATION
PARAMETERS4
(OPEN SHORT
MICROSTRIP)
OFFSET LENGTHS
OF SHORTS
Changes the soft-key display to the ENTER OFFSET
LENGTHS OF SHORTS menu.
None
LOAD
IMPEDANCE
Changes the soft-key display to the BROADBAND
LOAD PARAMETERS menu.
None
THROUGH LINE
PARAMETERS
or units with Option 24:
THRU/RECIPROCAL
PARAMETERS
Changes the soft-key display to the ENTER THE
THROUGH LINE PARAMETERS menu.
Changes the soft-key display to the
THRU/RECIPROCAL PARAMETERS menu.
None
MICROSTRIP
PARAMETERS
XXXXXXXXXXX
Changes the soft-key display to the SELECT
MICROSTRIP KIT TO USE menu.
U10; U15; U25;
UTFD; UTFX?
TEST SIGNALS Changes the soft-key display to the TEST SIGNALS
menu.
None
START CAL Changes the soft-key display to the next soft-key
menu in calibration sequence. Refer to Appendix D
for menu flow.
BEG
CONFIRM
CALIBRATION
PARAMETERS5
(OPEN SHORT
WAVEGUIDE)
LOAD TYPE
XXXXXXXXXX
Changes the soft-key display to the SELECT TYPE
OF LOAD menu.
BBL; SLD; BBX?
THROUGH LINE
PARAMETERS
or units with Option 24:
THRU/RECIPROCAL
PARAMETERS
Changes the soft-key display to the ENTER THE
THROUGH LINE PARAMETERS menu.
Changes the soft-key display to the
THRU/RECIPROCAL PARAMETERS menu.
None
WAVEGUIDE
PARAMETERS
XXXXXXXXXXX
Changes the soft-key display to the SELECT
WAVEGUIDE KIT TO USE menu.
WKI; WKD; WKX?
TEST SIGNALS Changes the soft-key display to the TEST SIGNALS
menu.
None
START CAL Changes the soft-key display to the next soft-key
menu in calibration sequence. Refer to Appendix D
for menu flow.
BEG
CONFIRM
CALIBRATION
PARAMETERS6
(LRL/LRM
COAXIAL)
LRL/LRM PARAMETERS Changes the soft-key display to the CHANGE
LRL/LRM PARAMETERS menu.
None
REFERENCE
IMPEDANCE
Changes the soft-key display to the ENTER
REFERENCE IMPEDANCE menu.
None
TEST SIGNALS Changes the soft-key display to the TEST SIGNALS
menu.
None
START CAL Changes the soft-key display to the next soft-key
menu in calibration sequence. Refer to Appendix D
for menu flow.
BEG
FRONT PANEL CAL
OPERATION KEY MENUS
MS462XX OM 4-151