Analog Waveform Comparisons

The algorithms used for analog waveform comparisons can be straightforward. You can simply traverse all curves in a file and find the matching curve in a reference file. Now compute the difference between 2 curves and integrate the result to obtain the absolute error. Dividing this by the norm of…

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Mixed-Signal Waveform Viewer

The new BeSpice Wave version has a new page for digital and mixed-signal data. Digital curves are shown in a specialized plot window. The analog curves are shown in a classical analog plot window.  This makes BeSpice Wave a full mixed-signal waveform viewer. Download our free evaluation version to test…

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Qt Graph and Waveform Viewer

BeSpice Wave Widget can easily be integrated into graphical applications based on the cross-platform application framework Qt. It adds advanced and powerful graph viewer functionality to existing applications. It also allows to build new software using a time-saving component based approach. Qt4 and Qt5 are supported. The widget is available…

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Parse Spice Simulation Output With Matlab

Matlab and it’s various toolboxes offer great possibilities to work with large numerical data sets. These possibilities are extensively used by designers for analyzing Spice simulation results. BeSpice Wave Parser, our waveform parser library is available as Matlab toolbox with the complete functionality of the C/C++ interface. This allows engineers…

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Parse Spice Simulation Output With Python

Python modules like Pandas, Anaconda and SciPy offer great possibilities to work with large numerical data sets. These possibilities to manipulate numerical data can do a great job for analyzing Spice simulation results. BeSpice Wave Parser, our waveform parser library has been extended to a Python module with the complete…

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