Probe Disconnected, Reverting To Cable Calibration Data; <Port - Keysight X-Series Manual

Instrument Messages
Advisory Messages
Message
Probe disconnected,
reverting to cable
calibration data; <port>
Reading SNS data...
Recalled File <filename>
Refer to online help for
assistance with DSB
measurements
Requested timeslot number
is not present.
Res BW changed
RF Start freq should be
greater than IF Fixed freq
RF Start freq should be
greater than IF start freq
RF Start freq should be
greater than LO fixed freq
RF Start freq should be
greater than LO Start freq
RF Stop freq should be
greater than IF Stop freq
Scale/Div only applies in
Log Y Scale
Signal Track is turned off
when Zero Span is selected
Instrument Messages
Description/Correction Information
A probe has been disconnected, calibration data reverting to the last cable
calibration data
The Keysight Smart Noise Source has been connected and the application is
reading the device EEPROM data. Please wait until complete before continuing.
A file recall (open/load) was successfully completed.
The Double Side Band measurement requires careful setup to obtain valid results.
Please refer to the manuals for help with this setup.
The selected timeslot is not on. (Timeslot is referenced to the trigger point.)
In instruments with Option B5X, Span was set to > 255 MHz while Res BW was
greater than Res BW 4.
The setup frequencies break the rules for a downconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The RF Start freq should be greater than the IF Fixed freq for a DSB (for
DSB measurements the setup uses LSB values) downconverter swept LO setup.
Use the graph icon on the DUT setup form to clarify the setup required.
The setup frequencies break the rules for a downconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The RF start freq should be greater than the IF Start freq's for an LSB
downconverter fixed LO setup. Use the graph icon on the DUT setup form to clarify
the setup required.
The setup frequencies break the rules for a downconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The RF start freq should be greater than the LO fixed freq's for an USB
downconverter fixed LO setup. Use the graph icon on the DUT setup form to clarify
the setup required.
The setup frequencies break the rules for a downconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The RF start freq should be greater than the LO Start freq's for an USB
downconverter swept LO setup. Use the graph icon on the DUT setup form to
clarify the setup required.
The setup frequencies break the rules for a downconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The RF Stop freq should be greater than the IF Stop freq's for an USB or
DSB (for DSB measurements the setup uses LSB values) downconverter fixed LO
setup. Use the graph icon on the DUT setup form to clarify the setup required.
Setting the Scale/Division only makes sense when you are using a logarithmic Y
scale.
Signal Track is not available when you have selected Zero Span. So if Zero Span is
entered while in Signal Track is On, Signal Track is turned off.
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