Lo Fixed Freq Should Be Greater Than If Stop Freq - Keysight X-Series Manual

Instrument Messages
Advisory Messages
Message
LO Fixed freq should be
greater than IF Stop freq
LO Fixed freq should be
greater than RF Stop freq
LO Start freq should be
greater than IF Fixed freq
LO Start freq should be
greater than RF Start freq
LO Stop freq should be
greater than RF Stop freq
Low-pass filter set to OFF
No spurs have been found
Power meter or sensor is
connected
Preparing Calculation...
Preselector is centered
Preselector not used in
this frequency range.
Probe connected, cal data
is being reapplied; <port>;
<probe>
Probe connected, no probe
cal; using cable cal data;
<port>; <probe>
Instrument Messages
Description/Correction Information
The setup frequencies break the rules for an upconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The LO fixed freq should be greater than the IF Stop freq for an LSB
upconverter 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 LO fixed freq should be greater than the RF Stop freq's for an LSB
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.
The setup frequencies break the rules for an upconverter measurement. The
measurement will still run, but check setup frequencies are correct before
continuing. The LO Start freq should be greater than the IF fixed freq for an LSB
upconverter 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 LO start freq should be greater than the RF Start freq's for an LSB
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 LO Stop freq should be greater than the RF Stop freq's 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.
Turning on any band pass filter will turn off low-pass filters.
You has started a measurement in examine meas type in single or continual sweep
mode, or full meas type in single sweep mode, but no spurs were found.
A power meter or sensor at the given address is connected.
The preselector has been successfully centered
You cannot center or adjust the preselector because it is not used at all at the
current marker frequency or between the current start and stop frequencies
A probe has been connected, calibration data is being reapplied
A probe has been connected and no probe calibration data is available. The latest
cable calibration data will be used
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