EMC Simulation Technology of Power Electronics

EMC Simulation in the Design Flow of Modern Electronics

source file. This near-field source is then imported into a second simulation of the anechoic chamber, using a much coarser mesh. According to Huygens’ Principle, the second simulation will create the same radiated emissions as the full 3D model, and it only requires a few minutes. The same approach can be used for modeling other structures which can affect emissions, such as the housing of a PCB.

Pspice Simulation of Power Electronics Circuit And

This paper shows how power electronics circuits, electric motors and drives, can be simulated with modern simulation programs. The focus will be on PSpice, which is one of the most widely used general-purpose simulation programs. A simulation example is presented, and the results are compared with those obtained with Power System Simulation Tool based on Simulink.

Multidisciplinary Simulation of Power Electronics Systems

The Virtual Test Bed (VTB) is both a practical user tool for multidisciplinary system simulation and also an environment for exploring and developing new simulation capabilities, and for pushing beyond the existing boundaries of industrial simulation solutions. We provide here an overview of several recent advances in simulation capabilities that have been implemented in the VTB software.

Graphical Simulation of Power Electronics Circuits

In this paper, modeling and simulation of a three-phase inverter (DC-to-AC converter) is studied by means of graphical tools, SaberSketch and Advanced Continuous Simulation Language / Graphic Modeller (ACSL/GM). First, SaberSketch simulation of the inverter with ideal switches is presented. Then, the simulation is repeated by replacing the ideal switches with built-in BJT (Bipolar Junction Tran...

Power Electronics Technology Trends and Prospects