Can I join you guys to work on this project?

[zhangjinshui-nerveee]

[gituser789]

We are looking forward to a possible cooperation. Work your way into the topic and start with simple issues, open a pull request when committing changes. You will get our support, contact us for questions.

[tinix84]

Can you list the hot features?

[gituser789]

Hi tinix84,
please find the overview here, i also added this to the readme-file.

The key feature is the Python interface, to use the transistor data in self-written optimization routines.

1. Python interface
Use the transistor data in you self-written optimization program, see figure:

* Automatic calculate your converter losses with many different transistors
* Search the database for usable transistors for your application
* Functions provided, to search for closest operating point
* Functions provided, to linearize the transistor/diode conduction behaviour
* Functions provided, to calculate the output capacitances Energy from the C_oss-curve 
* Use own loss measurements for above features (coming soon)

2. GUI

* Manage, store and search the transistors
* Export transistor models to programs like GeckoCIRCUITS, PLECS, Matlab/Octave
* Compare transistors (interpolate switch loss data for new gate resistors and temperatures, ...)

[gituser789]

There are still some key features missing, like

• Improve interpolation for all exporters Fill a multidimensional matrix from e_on/e_off/e_rr and channel-characteristics curves #71
• Loss correction for resonant topologies, Feature Request: Correct Eon/Eoff losses for resonant topologies #26
• Store diode data in the database, Feature Request: store diodes in the database #18