🚀 Closed-Loop-Feedback-Analysis-MATLAB - Easy Feedback Analysis with MATLAB

📖 Overview

Closed-Loop-Feedback-Analysis-MATLAB is a user-friendly application designed for those interested in feedback analysis using MATLAB. This tool helps you explore both open-loop and closed-loop transfer functions. You will also conduct sensitivity analysis, analyze time-domain responses, and estimate phase-delay. Our application uses MATLAB's Control System Toolbox functions.

🛠️ Features

• Analyze closed-loop systems with ease.
• Visualize open-loop and closed-loop transfer functions.
• Conduct sensitivity analysis for better understanding.
• Analyze time-domain responses and stability.
• Perform pole-zero analysis effortlessly.
• Estimate phase-delay for different systems.
• User-friendly interface for all skill levels.

🖥️ System Requirements

To run Closed-Loop-Feedback-Analysis-MATLAB, you need:

• MATLAB (version 2020b or newer).
• Control System Toolbox.
• A computer with Windows, macOS, or Linux operating systems.

🚀 Getting Started

To get started with Closed-Loop-Feedback-Analysis-MATLAB, follow these simple steps:

1. Download and Install MATLAB: If you do not have MATLAB installed, go to MATLAB's website and download the latest version suitable for your operating system.

2. Download the Software:

   • Visit this page to download: Releases Page.

📥 Download & Install

1. Go to the Releases page by clicking here: Download Here.

2. Find the latest release. You will see a list of files available for download.

3. Download the file relevant to your operating system. There may be a .zip or .mat file.

4. Once the file is downloaded, extract the contents if it is a zip.

5. Open MATLAB and navigate to the folder containing the extracted files.

6. Run the main script provided in the folder to start using the application.

📊 Using the Application

Once the application is up and running, you will see a simple interface. You can input your data to analyze different systems. Here’s how to use some key features:

🔍 Closed-Loop Analysis

1. Input transfer function parameters for the system you're analyzing.

2. Click on the "Analyze" button.

3. View real-time results displayed in graphs and charts.

📈 Sensitivity Analysis

1. Navigate to the Sensitivity Analysis section.

2. Input your desired range for parameters.

3. Press "Calculate" to see the sensitivity results.

4. Review the output graphs for clarity on system performance.

📉 Time-Domain Responses

1. Go to the Time-Domain Analysis tab.

2. Input data for your chosen system.

3. Click "Simulate" to visualize the time responses.

🔄 Phase-Delay Estimation

1. Select Phase-Delay from the menu.

2. Enter parameters related to your system.

3. Click "Estimate" to receive detailed results.

🎓 Learning Resources

While using Closed-Loop-Feedback-Analysis-MATLAB, you might find the following resources helpful:

• MATLAB Documentation: Comprehensive guides and tutorials can be found on MATLAB Documentation.

• Control Systems Tutorials: Learn more about control systems on platforms like Coursera and edX.

• YouTube Videos: Explore channels focused on MATLAB and control systems for visual learning.

📞 Support

If you encounter any issues or have questions, please reach out:

• GitHub Issues Page: Report problems or ask questions on the Issues Page.

• Community Forums: Engage with other users in MATLAB forums for sharing knowledge.

🌍 Topics Covered

The application covers a wide range of subjects:

• Closed-loop systems
• Control System Toolbox
• Feedback controllers
• Frequency-domain analysis
• Linear systems
• Pole-zero analysis
• Sensitivity function
• Stability analysis
• Systems engineering
• Time-domain analysis
• Transfer functions

🔗 Links

• Repository: Closed-Loop-Feedback-Analysis-MATLAB
• Releases: Download Here

Following these steps, you will easily set up and use Closed-Loop-Feedback-Analysis-MATLAB for your feedback analysis needs.