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APPLICATION OF PROGRAMMABLE MODULES IN SIMULATION OF POWER ELECTRONICS
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| Author(s) |
Olve Mo; Astrid Petterteig; Nils Arild Ringheim; Robert Nilssen |
| Abstract |
The need of programmable components in power electronic simulation programs is stated. The paper points out how useful it is to have an opportunity to define new components when problems involving nonlinear and dynamic devices are to be simulated. One way to implement programmable components is to allow the user to specify a component through a Fortran subroutine. This is done in the simulation program Krean. The paper describes the powerful tool given to the user through this implementation. The user is allowed to apply his own general multiterminal components with dynamic and/or nonlinear behaviour. Finally, the paper presents results from two different simulations where programmable modules are used. The first example is from an active filter simulation. In this case a user programmed component simplifies the circuit by averaging methods and thus speeds up the simulation. The second is a simulation of a digital controlled resonant converter where the digital controller is a user programmed component. |
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| Filename: | Unnamed file |
| Filesize: | 4.051 MB |
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| Type |
Members Only |
| Date |
Last modified 2019-07-26 by System |
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