Dynamic Modelling & Controller Design for Z-Source DC-DC Converter
Journal: International Journal of Scientific Engineering and Technology (IJSET) (Vol.2, No. 4)Publication Date: 2013-04-01
Authors : Shilpa Sarode S.G. Kadwane;
Page : 272-277
Keywords : Z-source dc-dc converter(ZSC); continuous conduction mode (CCM); Mathematical modelling; controller design;
- Dynamic Modelling & Controller Design for Z-Source DC-DC Converter
- Design, Modelling and Simulation of a PID Controller for Buck Boostand Cuk Converter
- Fuzzy Logic Controller Based on Voltage Source Converter-HVDC with MMC Topology
- Fuzzy Logic Controller based Implemented ZVT-ZCT PWM Boost Converter using Renewable Energy Source
- Comparison of Z-Source Converter and T-Source Converter Supported Pulse Width Modulation Techniques
Abstract
This paper presents the detailed mathematical modeling of Z-source dc-dc converter (ZSC) in continuous conduction mode. Transfer function of ZSC is derived based on mathematical modeling with state space averaging method. This paper has been focused on dynamic modeling of open loop transfer function of ZSC along with design of closed loop controller. MATLAB based simulation results are presented for open loop and close loop system of ZSC.
Other Latest Articles
- Design of Low Power FFT Processor for OFDM Wireless Communication Systems
- Optimization of Turning Process Parameters Using Multivariate Statistical Method-PCA Coupled with Taguchi Method
- Piezoelectric Crystals : Future Source of Electricity
- Classification of EEG Signals under Different Mental Tasks Using Wavelet Transform and Neural Network with One Step Secant Algorithm
- Software Package for Aerosol Size Distribution
Last modified: 2013-04-03 18:16:43