ANALYSIS AND DESIGN OF A MULTI-BAND MICROSTRIP PATCH ANTENNA

Abstract

Wireless communication has been developed widely and rapidly in the modern world specifically during the last two decades. The future development of the particular communication devices will aim to afford image, speech and data communications at any time, and anywhere around the world. Communication between humans was main by sound through tone of voice. With the desire for a bit more distance communication came, devices for example drums, then visual methods for example signal flags and smoke cigarettes signals were used. These types of optical communication devices, obviously, utilized the light part of the electromagnetic spectrum, outdoors visible region, has been useful for communication, through the utilization of radio. The thesis provides a detailed study of how to design and fabricate a Probe-fed Rectangular Microstrip Patch antenna using CST software and study the effect of antenna dimensions length (L), and substrate parameters comparative Dielectric constant (𝜖𝑟), substrate thickness (t) on the Radiation parameters of Bandwidth and Beam-width.