Examples:Īn example for each output file type is shown in the 'Examples' folder to demonstrate the usage of function. MmN(xx) = signal names are saved as it is. var_name_imag for real and imaginary values of the signal. Node voltages and branch/element currents =. Signal names are saved in the following manner: ac# files are generated for AC (.AC) analysis. Signal names are saved as it is.ac# files: View ECE65Summer1 - Lab 3 (FINAL).pdf from ECE 65 at University of California, San Diego. sw# files are generated for transient (.TRAN) analysis and DC (.DC) analysis respectively. Simulation_result(#).val=a vector contains the values of the signal with the name simulation_result(#).var_nam. Simulation_result(#).var_name=name of the signals present in the file (in the same order as the file). There are 80+ professionals named 'Abu Miah', who use LinkedIn to exchange information, ideas, and opportunities. Output: simulation_result = a structure (2 fields) that contains the contents from the HSPICE file. View the profiles of professionals named 'Abu Miah' on LinkedIn. Input: filename = name of the ASCII formatted HSpice output file (.tr#/.ac#/.sw#) This function reads a ASCII formatted HSPICE output file (.option post=2) '#' or 'filename.sw#' or 'filename.ac#' and saves all the signals in the variable 'simulation_result' as a structure. It is compatible with any POST_VERSION format.įor a note, ASCII formatted file can be created using. MATLAB toolbox to read HSPICE generated and ASCII formatted.
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