json-file to your colleagues or share it with the world by using the transistor database file exchange git repository. By a defined file format, you can handle these objects, export it to some propretery simulation software and share it by a. The transistordatabase counteracts this problem. This happens also in the same office (university / company / students). Sharing programs and transistors will result in frustraction. If he want's to use your transistors, he needs to generate them compleatly new from the datasheets to be compatible with his programs. But due to other programs and another way of using them in a self-written program, your transistors will never be compatible with your colleagures program. Both of you have stored a few transistor-files on your computers. Your colleague is working on another electronics topology, may using two other programs. a self-written program for a first guess, and a schematic simulator to verify your results. In typical cases, you use more than one program for your calculation, e.g. When it comes to the point of choosing a transistor, there is typically a lot of trouble with different programs. When developing electronics, you need to calculate and simulate your schematic before building up the hardware.
(For other operating systems, scroll down) )Ģ.1 Download and installation for windows Compare transistors (interpolate switch loss data for new gate resistors and temperatures.Export transistor models to programs like GeckoCIRCUITS, PLECS, Matlab/Octave.Manage, store and search the transistors.Use own loss measurements for above features (coming soon).Functions provided, to calculate the output capacitances Energy from the C_oss-curve.Functions provided, to linearize the transistor/diode conduction behaviour.Functions provided, to search for closest operating point.Search the database for usable transistors for your application.
Automatic calculate your converter losses with many different transistors.Use the transistor data in you self-written optimization program, see figure: The key feature is the Python interface, to use the transistor data in self-written optimization routines.
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