High Gain Printed Monopole Antenna for Wireless Applications

It has been observed that printed monopole antennas are simple in design and fabrication because of high operating frequency, yielding very large bandwidths but the gain and directivity associated with these planar monopole antennas is still a topic of major research. This paper focuses on designing and simulating a high gain printed monopole antenna using the idea of increasing the antenna elements in a linear antenna array and studying the radiation patterns for the array of 5 elements, 9 elements and 16 elements to improve its directive gain. For many applications a high gain and directive antenna is required. We are using the rectangular shaped elements in our array as its performance is very good for applications in ISM band and multiband wireless applications.

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