THE FOLLOWING DOCUMENTATION IS A HELP TO EXECUTE AND PROBE THE RESULT OF THE IEEE LATIN AMERICA PAPER CALLED "Fractional-Order Control for Voltage Regulation in Bidirectional Converters An Experimental Study" WITH ID 8468

1. Boost_aproximation.m Mat function with the code to generate the FOPID and fractional approximation of Boost converter.
2. Buck_aproximation.m Mat function with the code to generate the FOPID and fractional approximation of Buck converter.
3. Main_function.m Main script to set the parameters of each converter and execute both functions. Note: the parameters can be modified by user.
4. Variables.m Global variables used in each Mat function.

The file Steps to FOPID controller.txtis a guide to use the provided material together with the steps described in the article to generate a FOPID controller.

The file Steps to implement the controller.txt is a guide on how to test the controller in a test setup similar to the one illustrated in the article.

The file Pseudocode.txt provides an example of the code used to execute the controller on a DSP.

• DC Power source, at least 100W.
• Osciloscope, 2Gs reccomended. (Used: Keysight DSOX1102A).
• Controller MCU, with at least 100KSPS ADC & PWM (Used: Texas Instrument F280042C).
• DC-DC Power electronic converter, see article for details.
• Resistive loads, see article for details.

• Matlab 2018 or later
• PSIM (optional)
• Code Composer 10.1.1 or later