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When you can't find a block to perform the function you want, you have many choices in PSIM.
First of all, you need to know how many math algorithms out there, which ones would fit to be in your project, and which one is the best as your choice.
Then, you can use PSIM's function blocks to implement your algorithm.
The rms (root-mean-square) value is, by definition an "average" of an AC signal. Its math formula is:
How to implement those formulars in a digitized system for different applications, you may find many algorithms by searching textbooks and technical articles.
There are many blocks in PSIM you can use to build an "averaging" algorithm. And these blocks are supported for code generation.
In "Elements >> Control >> Digital Control", there are several types of digital integrators and several types of digital filters.
According to your own algorithm, you should be able to use those blocks, and other PSIM control blocks, to build your own rms circuit.
Of course, you can also use "Simplified C Block" or "SimCoder C Block" and write your own C code to implement your own algorithm.
Hi, Reza,
When you can't find a block to perform the function you want, you have many choices in PSIM.
First of all, you need to know how many math algorithms out there, which ones would fit to be in your project, and which one is the best as your choice.
Then, you can use PSIM's function blocks to implement your algorithm.
The rms (root-mean-square) value is, by definition an "average" of an AC signal. Its math formula is:
How to implement those formulars in a digitized system for different applications, you may find many algorithms by searching textbooks and technical articles.
There are many blocks in PSIM you can use to build an "averaging" algorithm. And these blocks are supported for code generation.
In "Elements >> Control >> Digital Control", there are several types of digital integrators and several types of digital filters.
According to your own algorithm, you should be able to use those blocks, and other PSIM control blocks, to build your own rms circuit.
Of course, you can also use "Simplified C Block" or "SimCoder C Block" and write your own C code to implement your own algorithm.
Sincerely,
Rhonda