Python Power Electronics

External magnetic field effect on current carrying conductor

Numpy basics

Accessing data in a multi index data frame

Square wave modulation and low frequency harmonics

Setting up Anaconda Python in Linux

Apply method with groupby for mixing aggregator functions

Generating multi index data frames

Software requirements of the course

Analysing the boost converter simulation results

Generating mock analog waveforms using R-C circuits at GPIO pins

Open loop control of buck converter

Getting started with the forward converter

Open loop control of a SEPIC converter

Open loop control of the ZETA converter

Changing the state of GPIO pins with the LAUNCHXL-F28069 kit

Target students of the course

Executing the timer project

Interrupts in the F28069

Texas Instruments

Target audience of the course

Installing Code Composer Studio

Tips for completing the course

Execution of CPU timers with TMDSDOCK28069 kit

Inserting a dead band in PWM signals using TMDSDOCK28069

Requirements of the course

Generating a pulse voltage waveform with QSPICE

Installing C2000Ware

Testing the PIC32CM MC Curiosity Nano Evaluation kit

Microcontroller Programming for Power Electronics Engineer

Testing the LAUNCHXL-F28069M microcontroller kit

Buck converter simulation results with QSPICE

Verifying accuracy of ADC with pulses

Hardware requirements of the course

Installing Anaconda in Linux

External magnetic field effect on current carrying conductor

Using value_counts and filtering duplicates

Continuing with Numpy arrays

Groupby method with Pandas

Downloading and installing TI Code Composer Studio

Installing CCS version 20

Load as a controllable current source

Updating the version of Django based Web Application

Welcome lecture

Using Python Power Electronics in command line

Inserting dead-time between complementary gating pulses