Jupyter Notebooks for Power Electronics

In this project, Jupyter Notebooks are made available for
Power Electronics education. The Notebooks are interactive
in the sense that the user is enabled to change circuit
parameters (such as inductance, resistance, duty ratio) and
see the effect of that on the circuit behaviour. Notebooks
on the following topics are currently available.

• Voltage Source Inverter (single-phase)
• Voltage Source Inverter (3-phase)
• Boost converter
• Buck converter
• Buck-boost converter
• Controlled rectifier (single-phase)
• Controlled rectifier (3-phase)
• Rectifier (single-phase)
• Rectifier (3-phase)
• Switching loss computation
• Waveform analysis (average, rms values, etc)

The Notebook files in html format are available here.

Help documents

• Installing Jupyter Notebooks (Windows)

Help videos

• Installing Jupyter Notebooks (linux)
• Installing Jupyter Notebooks (Windows)
• Introduction to Jupyter Notebooks
• Jupyter Notebooks for Power Electronics
• Buck Converter Notebook (with solution)

Instructions for using Power Electronics Notebooks (Linux)

• Download jupyter_gseim.tar.gz
• Move jupyter_gseim.tar.gz to your home directory.
• Check if current directory is in the PATH.
• If not, add a PATH=$PATH:. line to your ~/.bashrc file.
• cd ~
• tar zxvf jupyter_gseim.tar.gz
• cd jupyter_gseim
• chmod 700 run_gseim
• jupyter notebook
• That should show the Notebook files in your browser.

Instructions for using Power Electronics Notebooks (Windows)

• Download jupyter_gseim.zip
• Unzip jupyter_gseim.zip. This will create a folder called jupyter_gseim/
• Launch jupyter notebook from jupyter_gseim/
• That should show the Notebook files in your browser.