Study of Frequency Control over loss of Wave Energy Passing Through Microstrip Line Transmission Structure

Abstract

Computer revolutions linked us globally and brought the vast globe closed together into a small chip. It can provide us with various solutions to problems. It also provides internet linking due to which it enables us facilities to perform work from home, online teaching, tele healthcare and virtual appointment and meeting. The computer system comprises hardware, software and programming languages. The hardware is the heart core of the based on electronic devices, analog and digital. Digitalization brings the golden future to the globe. Our country is taking a keen interest in digitalization by adopting the slogan "MAKE INDIA DIGITAL". Digital communication system together with software and programming languages. Information signals can be sent within no time in a remote corner of the universe. With the emerging development of computer engineering and technology recent advances in microwave communication using microwave integrated circuits, high frequency signals can be sent and taken back even in war fields. These can be controlled by the frequency. The present paper aims at the frequency control over the loss of energy of waves passing through microstrip line transmission structure using computer aided design (CAD) technique. The advent of MICROWAVE INTEGRATED CIRCUIT (MIC) has changed the old, bulky and lossy communication systems to the small, lightweight and easily replaceable assembly by introducing planer transmission structure and their variants. The early "cut and try" method using ruler and knife have been changed by a fast emergence computer system and CAD technique has been developed. This enables the communication of information signals less lossy. Hence the paper to be presented is frequency control over loss of energy of waves passing through microstrip line structure. For this purpose, characteristic parameters of the structure are to be studied. The important Characteristic parameters of microstrip lines are characteristic impedance, propagation parameters and phase velocity. These are the functions of the geometry of the microstrip line transmission structure and operating frequency.