Correlative Study on the Modeling and Control of Boost Converter using Advanced Controllers
Journal: International Journal for Scientific Research and Development | IJSRD (Vol.3, No. 10)Publication Date: 2016-01-01
Authors : G.C.Sowparnika; A.Sivalingam; M.Thirumarimurugan;
Page : 494-497
Keywords : FLC; Duty Cycle (D); Design of Sliding Mode Control (SMC);
Abstract
DC-DC converters are switched power converters. The converters are most widely used in research and industrial applications. The DC-DC Boost Converters are used to step-up the supply voltage given to the plant model. The main advantage of using the Boost Converters is that it works in the low voltage according to the design specifications. In order to regulate the uncontrolled supply of voltage, a controller has to be designed and modeled to stabilize the output voltage. Since the convectional controllers cannot work under dynamic operating conditions, advanced controllers are to be designed to overcome the problems. In this article, the advanced controllers such as NARMA-L2, Fuzzy Logic (FLC) and Sliding Mode Controllers (SMC) are implemented and their responses are compared using MATLAB.
Other Latest Articles
- Novel Method for the Detection of Wormhole Attack in Delay Tolerant Network
- Analysis of the Performance of Active Type SFCL and FCL for Reduction Capability�s Under Fault Current and Over Voltage in a Dg Source Integrated Distribution System
- A study of WAN design, routing protocols and connectivity between Head office to Branch office
- Architecture of Mobile Cloud Computing and Middleware
Last modified: 2016-01-08 14:34:03