.Modelica_Requirements.Examples.Elementary.ChecksInFixedWindow_withFFT

Information

Library of check blocks that inspect properties in a fixed time window using FFT (Fast Fourier Transform)

Contents

NameDescription
 WithinAbsoluteDomain1Example for WithinAbsoluteDomain block with one FFT computation (a rising condition input triggers an FFT calculation. The amplitudes of the FFTs must be below a frequency dependent limit)
 WithinAbsoluteDomain2Example for WithinAbsoluteDomain block with two FFT computations (a rising condition input triggers an FFT calculation. The amplitudes of the FFTs must be below a frequency dependent limit)
 WithinRelativeDomain1Example for RelativeDomain block with one FFT computation (a rising condition input triggers an FFT calculation. The amplitudes of the FFTs must be below a frequency dependent limit that is defined relative to the amplitude of the base frequency)
 WithinRelativeDomain2Example for RelativeDomain block with two FFT computations (a rising condition input triggers an FFT calculation. The amplitudes of the FFTs must be below a frequency dependent limit that is defined relative to the amplitude of the base frequency)
 MaxTotalHamonicDistortion1Example for MaxTotalHamonicDistortion block with one FFT computation (a rising condition input triggers an FFT calculation. The Total Harmonic Distortion (THD) of the FFTs must be below the given limit)
 MaxTotalHamonicDistortion2Example for MaxTotalHamonicDistortion block with two FFT computations (a rising condition input triggers an FFT calculation. The Total Harmonic Distortion (THD) of the FFTs must be below the given limit)

Revisions

Date Description
Nov. 29, 2015 Initial version implemented by Martin R. Kuhn and Martin Otter (DLR Institute of System Dynamics and Control)
The research leading to these results has received funding from the European Union’s Seventh Framework Programme (FP7/2007-2016) for the Clean Sky Joint Technology Initiative under grant agreement no. CSJU-GAM-SGO-2008-001.

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