Compensators design in the frequency domain.

Version 1.0.1 (13.9 MB) by fhz
Interface to help students to design compensators in the frequency domain.


Updated 27 May 2020

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Interface created by Prof. Dr. Magno Enrique Mendoza Meza and implemented by Master in Engineering Fernando Henrique Gomes Zucatelli.

This interface presents an environment to design dynamic compensatos in the frequency domain.
Each step is presented and clearly recognizable in the its panel.
The design parameter is always highlighted and others parameters are showed accordingly.

The are some adjust bars to fine tuning.

The following design methods are contained:
- Trial and Error
-- Lead
-- Lag
-- Lag-Lead
-- Lead-Lead

- Analytic
-- Lead
-- Lag
-- Lag-Lead
-- Lead-Lead
-- PD
-- PI
-- PID

With the following project parameters:
- PM: Phase margin
- Mp: Maximum peak
- zeta: damp factor
- BW & Ts: "BandWidth" and "Time settle"

Developed in Portuguese

All texts and reports are automatically created in one of five possible languages
- Portuguese
- Spanish
- Italian
- English
- German

Reports are created with the following codifications
- UTF-8
- ISO-8859-1
- Windows-1252
- Shift_JIS

It directly save all figures in all formats the user selects from a list.

It contains a set of examples.
It saves and load data from the workspace

Following the code there is the manual, written in Portuguese, and an example of a report in each language.

Cite As

fhz (2023). Compensators design in the frequency domain. (, MATLAB Central File Exchange. Retrieved .

MATLAB Release Compatibility
Created with R2017b
Compatible with any release
Platform Compatibility
Windows macOS Linux

Inspired by: File Manipulation Library, Matlab to LaTeX Library

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Version Published Release Notes

One not used file has been removed.