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The proposed paper is presented the possibilities for generation of discrete time signals with predefined statistic and frequency parameters, corresponding to the real input or noise signals for analog circuits. A method and program implementation in the MathCAD environment is shown. The signals are statistically modeled by three different autocorrelation types of functions (with predefined dispersion,...
An implementation of the EKV model in MATLAB is presented. Modules for output characteristics, transfer characteristics, transconductances, and parameter extraction are developed. They enable simulations of the respective characteristics under various conditions and provide user-friendly interface. Very good agreement between simulation results (EKV) and reference model (BSIM3v3) is demonstrated....
The paper presents IGBT macromodel, which is built using the configuration of the Hammerstein model. The DC part of the model represents the slope of the output characteristic in the saturation region. The exponential functions are using in the dynamic block. For the purposes of the optimization the investigated model is implemented first in MATLAB/Simulink and than in PSpice simulator that resulting...
Behavioral IGBT macromodel for OrCad PSPICE simulator is presented. The model is parameterized and it is implemented as a subcircuit in the simulator. The nonlinear DC equations and voltage-controlled capacitors are precisely represented using ABM method, which is resulting in good accuracy. The static I-V characteristics offered by the behavioral model are shown. The tailing of the anode currents...
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