• Matlab Plecs

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Contents. Integration with MATLAB/Simulink or standalone The program is ideally suited for the simulation of controls. Therefore, is also a convenient tool for the design of controlled electrical systems. PLECS enhances with the capability to simulate directly. The user can simply enter a circuit as a of electrical components. At block level the circuit is represented as a subsystem, so the user can build controls and other non-electrical elements around it and take full advantage of the environment and its toolboxes.

The concept of integration into has the advantage that only the part of the system in which electrical units are of interest needs to be modeled as an. The simulation of all non-electrical parts such as controls and mechanics should be done in.

Can be employed to compute circuit parameters and to post process and visualize the simulation results. Standalone version There is also a version of PLECS that allows simulation of and directly within the PLECS package. The standalone version uses as its numerical engine in place of MATLAB.

Semiconductors modeled as ideal switches Most model switches as highly nonlinear elements. Due to steep voltage and current, the simulation becomes slow when switches are toggled. In the most simple case a switch is modeled as a variable resistance that changes between a very small and a very large value. In other cases, it is represented by a sophisticated semiconductor model. When simulating complex, however, the processes during switching are of little interest.

Matlab Plecs

Here, it is more appropriate to use ideal switches that toggle instantaneously between a closed and an open circuit. This approach, which is implemented in PLECS, has two major advantages: Firstly, it yields systems that are across switching instants, (thus resolving the otherwise difficult problem of simulating the non-linear discontinuity that occurs in the equivalent-circuit at the switching instant). Secondly, to handle discontinuities at the switching instants, only two integration steps are required (one for before the instant, and one after). Both of these advantages speed up the simulation considerably. References.