Using the PLECS to extract the uncertain model of the DC-DC converters Thermal description of semiconductor switchesĪdding the produced model to thermal search path of PLECSĬalculation of losses for a unipolar PWM inverterĮxtraction of power electronics converters uncertainties with PLECS Thermal analysis of power electronics converters with PLECSĮlectrical simulation of single-phase inverter Obtaining the control-to-inductor current transfer function Sending/receiving signals to/from Simulink environmentĮxtraction of frequency response of DC-DC convertersįitting a transfer function to obtained graph Simulation of a diode-clamped multilevel inverter Using parametric variables to specify the component valuesĬalculating the total harmonic distortion (THD)Įxample 3.10: Simulation of electrical machines Importing the simulation results into the MATLAB Simulating the circuit using the ready-to-use modulatorĮxample 3.7: Obtaining the small signal transfer functions for a buck converterĬomparison of different simulation results Measuring the maximum/minimum of waveforms shown in the scope blockĮxample 3.3: Single-phase half-wave controlled rectifierĮxample 3.4: Single-phase full-wave controlled rectifierĬalculating the average output voltage using the ``Discrete Fourier transform´´ blockĮxample 3.5: 3 Phase full-wave controlled rectifierĭrawing more understandable schematics using ``Electrical label,´´ ``Signal from,´´ and ``Signal goto´´ blocks Measuring the RMS values of voltages/currentsĬapturing a period of output voltage/current Generating the PWM signal using ready-to-use blocksĮxample 3.2: Uncontrolled single-phase half-wave rectifier Measuring the power dissipated in the load resistor Measuring the average and RMS of waveforms
Showing two or more waveforms simultaneously on the same axisģ Basics of power electronic circuits simulation with PLECS
Change the properties of the shown waveform
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