Determines whether test environment corrections are applied to the acquired waveform data.
Disabled - does not apply corrections to the signal.
Automatic - applies the latest calibration file that meets these conditions: Based on same Rx hardware as current one, Calibration Environment is same as current Correction Environment (if specified), Center Frequency is +/- 1 MHz from current Rx Center Frequency, Input Range is +/- 1 dB from current Rx Input range, Bandwidth is >/= 0.95 times current Rx Span, Input Impedance is +/- 1 ohm from current Rx Impedance.
Manual - enter a file name in the Correction File Name field. File name must end in .acal.
Choices: Disabled | Automatic | Manual
Enter calibration environment name to filter correction file search when Correction Selection is set to Automatic.
Select correction file to be applied when Correction Selection is set to Manual (file extension .acal). When Correction Selection is set to Automatic, the automatically selected file will be displayed here.
Select the full path of the S-Parameter correction file to be used by the analyzer.
Enable or disable coupling of Analyzer Hardware Center Frequency and Analyzer Span to Source Hardware and Signal definition.
Enter analyzer center frequency when Frequency Coupling is disabled. When Frequency Coupling is enabled, center frequency is automatically determined by Source Hardware Frequency and Center Frequency Offset settings.
Enter analyzer frequency span (bandwidth) when Frequency Coupling is disabled. When Frequency Coupling is enabled, analyzer span is automatically determined by Signal definition and Span Scale Factor settings.
Enter offset to apply to automatically determined Center Frequency setting when Frequency Coupling is enabled.
Enter scale factor to apply to automatically determined analyzer frequency span setting when Frequency Coupling is enabled.
Displays the analyzer hardware sample rate.
Enable or disable coupling of the analyzer input range to the Source Hardware and Signal definition settings.
Enter input range of the analyzer if Input Range Coupling is disabled. If Input Range Coupling is enabled, Input Range is automatically determined by Source Hardware Amplitude and Input Range Offset settings.
Enter offset to apply to automatically determined Input Range setting when Input Range Coupling is enabled.
Select analyzer hardware input termination impedance.
Select the RF port on an instrument that has multiple RF input ports (e.g., N9041B UXA Signal Analyzer).
RF Input - Default selection.
RF Input2 - This choice selects Input2 when connected to an N9041B UXA Signal Analyzer. Input2 is still visible and selectable when connected to other X-Series signal analyzers that do not support Input2, but it will be coerced to Input1 when data acquisition happens.
Select which phase noise tuning algorithm to use when acquiring data with an X-Series analyzer. For details see X-Series analyzer documentation.
Choices: Best Close In | Best Wide Offset | Fast Tuning | Balanced | Spur Avoidance
Toggle between high-side and low-side mixing. The association of Normal and Alternate mixing modes with high-side and low-side mixing is instrument-specific.