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…
PSFXL files are mainly generated by the Cadence Spectre simulator. The format is an extension of the PSF file format. It allows higher read/write speeds. Therefore Spectre generates PSFXL files for transient simulations. In addition to the data files Spectre writes a “logFile” which lists all files containing simulation data….
PSF (Parameter Storage Format) files are mainly created by the Cadence Spectre simulator. Spectre stores it’s output data either in single or double precision binary or in a human-readable ascii format. Many other simulators also support the PSF file format. The Virtuoso design framework uses this format extensively. Some inconveniences…
The BeSpice Waveform Parser can be extended over a plug-in API. This allows to extend the parser to file formats that are not supported natively. Every shared library that implements the plug-in API can be linked at runtime to extend the waveform parser. As BeSpice Wave is based on the …
Eye patterns or eye diagrams are used to quickly and accurately measure the quality of a digital signal. They are built by folding a waveform into a single graph. The resulting graph will resemble to an eye. Measuring the eye diagram’s characteristics allows to determine the electrical quality of the…
In the 2016 version of BeSpice Wave we added several new waveform parsers. Now we support all *.dat files generated by PSpice (Cadence Design Automation). We also support psfxl files. Psfxl is the default output format of the Spectre simulator (Cadence Design Automation). We also read all analog output formats…
This video shows how our Waveform Viewer Technology has been integrated to a software controlling high voltage power supplies. The following features from our Waveform Viewer Technology have been used here: “Re-parenting” of individual pages. That means individual plot pages are detached from BeSpice Wave’s main GUI and re-arranged in…
Install your software package either by running the installer or by decompressing the compressed package. Launch BeSpice Wave. The binary is to launch is <install_directory>/analog_flavor/bin/bspwave Open the example files located in <install_directory>/analog_flavor/examples/bspwave/example The newly parsed file and it’s curves appear in the browser window. Open a new plot window by…
BeSpice Wave, our waveform viewer and post processing tool is available. BeSpice Wave is specialized for visualizing spice simulation results and lab measurement data. Download a free evaluation version.
