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Additional SCPI commands: checking for end of sweep

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Jan Käberich 2021-06-11 18:53:31 +02:00
parent 973862588b
commit cf401fcb01
5 changed files with 51 additions and 3 deletions
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40
Documentation/UserManual/ProgrammingGuide.tex
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@ -346,8 +346,26 @@ These commands change or query VNA settings. Although most of them are available
\query{Queries the currently selected number of points}{VNA:ACQuisition:POINTS?}{None}{points}
\subsubsection{VNA:ACQuisition:AVG}
\event{Sets the number of sweeps over which a moving average is calculated}{VNA:ACQuisition:AVG}{<sweeps>}
\query{Queries the currently configured number of sweeps}{VNA:ACQuisition:AVG?}{None}{sweeps}
\event{Sets the number of sweeps over which a moving average is calculated}{VNA:ACQuisition:AVG}{<averaging sweeps>}
\query{Queries the currently configured number of sweeps}{VNA:ACQuisition:AVG?}{None}{<averaging sweeps>}
\subsubsection{VNA:ACQuisition:AVGLEVel}
\query{Queries the number of sweeps that have been acquired by the average function.}{VNA:ACQuisition:AVGLVLel?}{None}{<acquired sweeps>}
<acquired sweeps> resets to zero whenever a setting is changed. It is incremented at the end of each sweep, but will not go above the number of configured sweeps for the averaging.
Example (assuming <averaging sweep> = 3):
\begin{longtable}{p{.2\textwidth} | p{.2\textwidth} }
\textbf{\# of active sweep} & \textbf{<acquired sweeps>}\\
\hline
1 & 0\\
2 & 1\\
3 & 2\\
4 & 3\\
5 & 3\\
\end{longtable}
\subsubsection{VNA:ACQuisition:FINished}
\query{Queries whether the average filter has reached a steady state (that is <acquired sweeps> = <averaging sweeps>)}{VNA:ACQuisition:FINished?}{None}{TRUE or FALSE}
\subsubsection{VNA:STIMulus:LVL}
\event{Sets the output power of the stimulus signal}{VNA:STIMulus:LVL}{<power>, in dBm}
@ -513,6 +531,24 @@ These commands change or query spectrum analyzer settings. Although most of them
\event{Sets the number of sweeps over which a moving average is calculated}{SA:ACQuisition:AVG}{<sweeps>}
\query{Queries the currently configured number of sweeps}{SA:ACQuisition:AVG?}{None}{sweeps}
\subsubsection{SA:ACQuisition:AVGLEVel}
\query{Queries the number of sweeps that have been acquired by the average function.}{SA:ACQuisition:AVGLVLel?}{None}{<acquired sweeps>}
<acquired sweeps> resets to zero whenever a setting is changed. It is incremented at the end of each sweep, but will not go above the number of configured sweeps for the averaging.
Example (assuming <averaging sweep> = 3):
\begin{longtable}{p{.2\textwidth} | p{.2\textwidth} }
\textbf{\# of active sweep} & \textbf{<acquired sweeps>}\\
\hline
1 & 0\\
2 & 1\\
3 & 2\\
4 & 3\\
5 & 3\\
\end{longtable}
\subsubsection{SA:ACQuisition:FINished}
\query{Queries whether the average filter has reached a steady state (that is <acquired sweeps> = <averaging sweeps>)}{SA:ACQuisition:FINished?}{None}{TRUE or FALSE}
\subsubsection{SA:ACQuisition:SIGid}
\event{Enables/disables signal identification}{SA:ACQuisition:SIGid}{<enabled>, option are TRUE, FALSE, 1 or 0}
\query{Queries whether signal identification is enabled}{SA:ACQuisition:SIGid?}{None}{TRUE or FALSE}