The objective of this project is to design and implement a cascade boost converter with different feedback controllers. The aim is to regulate the output voltage of the converter in the presence of load changes, desired voltage changes and input voltage changes. There are two controllers used in this project – Non-adaptive current-mode controller and adaptive current-mode controller. Different tests are conducted to analyse the performance of each controller and the results are presented and discussed. Finally, a comparison is conducted to recommend the better controller for the cascade boost converter.Bachelor of Engineering (Electrical and Electronic Engineering
This report presents the implementation of a high-order boost converter system. The controllers for ...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...
The objective of this project is to design and implement a cascade boost converter with different fe...
The objective of this project is to design and implement a cascade boost converter with different fe...
In this report, the design, implementation and control of a cascaded boost converter are presented. ...
In this report, the design, implementation and control of a cascaded boost converter are presented. ...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
Recent technologies have seen an increased demand in portable devices. This led to an increased dema...
This report discusses about some theoretical knowledge, design, implementation, and experimental res...
In this report, comparative studies for the 3 different controllers, namely, 2 voltage mode controll...
In this report, comparative studies for the 3 different controllers, namely, 2 voltage mode controll...
In this report, implementation of a hybrid boost converter using a current mode controller as well a...
In this report, implementation of a hybrid boost converter using a current mode controller as well a...
In this project, the investigation of voltage-mode control of boost converters is presented. Both th...
This report presents the implementation of a high-order boost converter system. The controllers for ...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...
The objective of this project is to design and implement a cascade boost converter with different fe...
The objective of this project is to design and implement a cascade boost converter with different fe...
In this report, the design, implementation and control of a cascaded boost converter are presented. ...
In this report, the design, implementation and control of a cascaded boost converter are presented. ...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
Recent technologies have seen an increased demand in portable devices. This led to an increased dema...
This report discusses about some theoretical knowledge, design, implementation, and experimental res...
In this report, comparative studies for the 3 different controllers, namely, 2 voltage mode controll...
In this report, comparative studies for the 3 different controllers, namely, 2 voltage mode controll...
In this report, implementation of a hybrid boost converter using a current mode controller as well a...
In this report, implementation of a hybrid boost converter using a current mode controller as well a...
In this project, the investigation of voltage-mode control of boost converters is presented. Both th...
This report presents the implementation of a high-order boost converter system. The controllers for ...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...
This report presents the implementation of a cascaded boost converter and various sliding mode contr...