INTERNATIONAL JOURNAL OF STUDENT PERFORMANCE AND EDUCATIONAL RESEARCH

Abstract

This paper presents the development of transistorized inverter system using Nano-technology and its challenges. An inverter is used for conversion of direct current (d.c) to alternating current (a.c). The research is mainly on transistor switch type inverter using Nano– scaling system, aiming to cope with variations, power saving and to track an optimal energy operational point notwithstanding challenges. In testing, the equipment, its was observed that as the input supply increases, the two lamps were brighter until a maximum of 6 volts was attained at the input. The testing and measurement arrangement was done by connecting multi-meter probe through the output terminal of the step-down transformer to know the output voltage. It was recorded that, the higher the input voltage, the higher the output. With these, a robust portable transistorized inverter system can be developed. Tox – Oxide thickness, Vth – Threshold voltage, Nm – Nanometer, Cox – Oxide capacitance, Id – Drain current, VGS – Gate-source voltage, VDS – Drain-source voltage, and Eox – Electric field oxide