Design and Control of DC/DC converter MATLAB/Simulink

Design and Control of DC/DC converter MATLAB/Simulink, available at $39.99, has an average rating of 3.55, with 27 lectures, based on 97 reviews, and has 457 subscribers.

You will learn about Maximum Power Point Tracking understanding the defferent modes which we can use to represent the Maximum Power Point Tracking as (Physical model,State space model, Switching mode model,and Transfer-function model). you will learn about Average Large Signal model ,Average Small signal model, Single loop PID controller and Double Loop PID Controller. In This course We will apply all of the topics Which we learn in MATLAB and Simulink. This course is ideal for individuals who are Peoples Who want to understanding the principles of Power Electronics Design or Electrical Engineers,Mechatronics Engineers, and Renewable Energy Engineers or Students and Researchers It is particularly useful for Peoples Who want to understanding the principles of Power Electronics Design or Electrical Engineers,Mechatronics Engineers, and Renewable Energy Engineers or Students and Researchers.

Enroll now: Design and Control of DC/DC converter MATLAB/Simulink

Summary

Title: Design and Control of DC/DC converter MATLAB/Simulink

Price: $39.99

Average Rating: 3.55

Number of Lectures: 27

Number of Published Lectures: 27

Number of Curriculum Items: 27

Number of Published Curriculum Objects: 27

Original Price: $59.99

Quality Status: approved

Status: Live

What You Will Learn

Maximum Power Point Tracking
understanding the defferent modes which we can use to represent the Maximum Power Point Tracking as (Physical model,State space model, Switching mode model,and Transfer-function model).
you will learn about Average Large Signal model ,Average Small signal model, Single loop PID controller and Double Loop PID Controller.
In This course We will apply all of the topics Which we learn in MATLAB and Simulink.

Who Should Attend

Peoples Who want to understanding the principles of Power Electronics Design
Electrical Engineers,Mechatronics Engineers, and Renewable Energy Engineers
Students and Researchers

Target Audiences

Peoples Who want to understanding the principles of Power Electronics Design
Electrical Engineers,Mechatronics Engineers, and Renewable Energy Engineers
Students and Researchers

In this explanation we offer detailed subject about Maximum Power Point Tracking (MPPT)�

You will learn about�

1- Average Large Signal model
2- Small Signal Model
3- State space representation and modeling
4- Different between single input single output (SISO) systems & Multy input Multy Output (MIMO) Systems
5- Different between Single feedback controller & double feedback controller
6-Use MATLAB and Simulink
7- How to know if your controller work or not.
8- How to build the physical model for power electronics , state space model and transfer function model
9- What are the benefits of using state space model than transfer function model in MIMO�

The target audience in this course ;Peoples Who want to understand the principles of Power Electronics Design, Electrical Engineers,Mechatronics Engineers, Renewable Energy Engineers, Students and Researchers

When you read this course you will be able to understand how to Design and Control of DC/DC converter MATLAB/Simulinkand build your own design on MATLAB/Simulink.

Course Curriculum

Chapter 1: Maximum Power Point Tracking (MPPT) Design and Control

Lecture 1: Introduction

Lecture 2: Overview

Lecture 3: Maximum Power Point Tracking

Lecture 4: Dynamic Systems

Lecture 5: The Linearization

Lecture 6: Write State-Space equations

Lecture 7: MATLAB Example 1

Lecture 8: MATLAB Example 2

Lecture 9: MATLAB Example 3

Lecture 10: MPPT equations Part 1

Lecture 11: MPPT Equations Part 2

Lecture 12: Averaging Method

Lecture 13: MPPT Averaging Small Signal Model

Lecture 14: SISO System Transfer Function Vs MIMO Systems Transfer Function

Lecture 15: MPPT switching model without controller

Lecture 16: PID controller tuning

Lecture 17: (MATLAB Model) MPPT Average Small Signal Model

Lecture 18: (MATLAB Model) MPPT Average Small Signal Model and Controller Tuning

Lecture 19: (MATLAB Model) Transfer Function model Part 1

Lecture 20: (MATLAB Model) Transfer Function Model Part 2

Lecture 21: Double Loop Controller Vs Single Loop Controller

Lecture 22: Double Loop Controller Tuning

Lecture 23: Double Loop Controller With Transfer Function Model Part 1

Lecture 24: Double Loop Controller With Transfer Function Model Part 2

Lecture 25: (MATLAB Model) Double Loop Controller With Transfer Function Model

Lecture 26: (MATLAB Model) Double Loop Controller With Physical Model

Lecture 27: Note

Instructors

Mo'ath Yousef AbuTo'amah
Electrical Power Engineer

Rating Distribution

1 stars: 15 votes
2 stars: 8 votes
3 stars: 24 votes
4 stars: 25 votes
5 stars: 25 votes

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