towards pole placement
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@@ -827,7 +827,7 @@ To correct errors, posErrFB is increased. But in a discrete system, the regulati
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The Standard Delta Tau controller (figure \ref{fig:deltatau_std_ctrl}), shows a very similar feed forward and feedback loop structure with additional filters. So after all the measurements, we can calculate the optimal Kfff and Kaff values.
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Kp and Ki values will attenuate the errors. Kvff=Kvfb makes the system stable at higher Kp values, but setting the filter B seems to be more appropriate.\\
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MATLAB simulations and real test showed similar behaviour and the following error could be reduced roughly by factor 2 with first tests.\\
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MATLAB simulations \verb|(tool: DeltaTauOptimizer.m)| and real test showed similar behaviour and the following error could be reduced roughly by factor 2 with first tests.\\
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This should be good enough for the beam time in March 2019 but further improvements still should be possible.
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