Agilent Technologies Signal Analyzer N9030a - Manual (Page 1132)

6 RLC Swept SA Measurement Front-Panel & SCPI Reference
Source
sweeping in the opposite direction from the analyzer, and it will not be possible track the
desired device output frequency.
2. Any time you are using a frequency converter, care must be taken in setting up all of the
sweep parameters, including analyzer start/stop frequency and source multiplier, to make sure
that the analyzer’s sweep tracks the output of the converter device.
Key Path Source, Frequency
Mode SA
Scope Mode Global
Remote Command :SOURce:FREQuency:SSReverse:ON|OFF|0|1
:SOURce:FREQuency:SSReverse?
Example SOUR:FREQ:SSR:OFF
SOUR:FREQ:SSR?
Notes You must be in Spectrum Analyzer mode to use this command. Use INSTrument:SELect to set
the mode.
Dependencies If the currently selected source does not support this capability (for example, an internal
Tracking Generator which must track the LO), this key is forced to its Preset value and grayed
out
Preset This is unaffected by Mode Preset but is set to OFF on a Source Preset or Restore Input/Output
Defaults.
State Saved Part of the Input/Output system, which means it is Loaded and Saved with state
Range On|Off
Initial S/W Revision A.06.01
Freq Offset
The frequency offset parameter offsets the source frequency from the analyzer frequency. The
source frequency tracks the SA frequency according to the equations under the Source, Frequency
key.
Pressing the key sets the Freq Offset function to On or Off. The value of Freq Offset is displayed
in the active function block, and can be adjusted, when set to On.
The frequency offset must be restricted to operate within the range of the source minimum and
maximum frequencies.
Key Path Source, Frequency
1132 Remote Language Compatibility Measurement Application Reference