DC To DC Converter Using CMOS

Muhammad Isminhazwan , Ismail (2008) DC To DC Converter Using CMOS. Project Report. UTeM, Melaka,Malaysia. (Submitted)

	PDF (24 Pages) Dc_To_Dc_Converter_Using_Cmos_Muhammad_Isminhazwan_Bin_Ismail_TK7872.C8.M57_2008_-24_Pages.pdf - Submitted Version Download (1MB)
	PDF (Full Text) Dc_To_Dc_Converter_Using_Cmos_Muhammad_Isminhazwan_Bin_Ismail_TK7872.C8.M57_2008.pdf - Submitted Version Restricted to Registered users only Download (12MB)

Abstract

In this DC to DC Converter using CMOS, the theory of this method is to build a DC to DC converter that can step-up the input voltage to the desired output voltage. Designing the circuit based on the basic of boost converter circuit that consist of inductor, diode, dc supply, capacitor and a switching component. From these components with their characteristic will act to produce the desired output voltage. This method also has its disadvantage as stated in chapter before. The problem statement is Conventional dc power supplies are designed to operate at a given output voltage into a constant or near-constant load. Pulse lasers, flash lamps, rail guns, and other pulse power systems, however, require short but intense bursts of energy that may be derived from rapidly charging an energy storage capacitor. Some objectives are to understand and design a DC to DC converter using CMOS, to generate the desired output voltage, and to learn well about programming software that will be used. The methodology for this project is firstly preparing Gantt chart, doing literature review and software simulation and demonstration of the project. The result hopehlly can fulfill the theory DC to DC converter using CMOS which the main point is to generate the desired DC output voltage from a DC input voltage.

Actions (login required)

View Item