By: Anders Ulfsnes, Trude Birgitte Byre, Johan P. Hald, Ole Martin M. Flatjord, and Kjeld Fjeldberg

For: Project in TET4190 at NTNU

This project has multiple files used to calculate different components written in python and matlab

Inductor: It uses an iterative algorithm from Mohan "Power Electronics: converters, applications and design" 3rd edition

To run the inductor design algorithm go to the folder inductor design:

run main.py

Capacitor: It has one script which will calculate the losses when using one one capacitor type to handle the capacitance need

To run the capacitor choice script go to the folder capacitor:

run capacitor_choice.m

Mosfet and diode: It has one script to calculate the mosfet and diode switching and conduction losses

To run the mosfet and diode loss script go to the folder mosfet_diode:

run MOSFET_DIODE_selection.m  

Frequency: It has one script which inputs the acummulated inductor losses from inductor_design/main.py and calculates the total mosfet and diode losses. The script then calculates the optimal frequency for a range of cable types

To run thefrequency selection script go to the folder frequency:

run frequency_selection.m