Design and Development of Microstrip Antenna

Authors

  • Rajat Kuralkar dept. of electronics and telecommunication engineering Prof. Ram Meghe institute of technology and research Amravati, India rajatkuralkar2@gmail.com
  • Sanket Nirmal Asst. Professor, dept. of electronics and telecommunication engineering Prof. Ram Meghe institute of technology and research Amravati, India
  • Prashik Jarunde dept. of electronics and telecommunication engineering Prof. Ram Meghe institute of technology and research Amravati, India
  • Atharv Bhadange dept. of electronics and telecommunication engineering Prof. Ram Meghe institute of technology and research Amravati, India

Keywords:

Microstrip Antenna, HFSS, wideband Frequency, Substrate, Optometric, Patch, Radiation

Abstract

Abstract This paper represents the design of a rectangular microstrip antenna for the working frequency range of 2.4 GHz which is developed on a substrate material and the simulation is done on HFSS software the supply to the micro strip antenna is provided by the feed line which has the impedance of 50ohm and the dielectric constant for the material is 4.4 for improving the bandwidth we have used this slotted rectangular patch antenna and the characteristics of the above antenna deliberated by using the HFSS ( high-frequently structure simulator) software used for simulation of electromagnetism it is widely used in electromagnetic compatibility it provides the graphical interface for 3D models which also consist of various types of tools for the optimization of high-frequency device and component. The application for the microstrip antenna can be used in mobile communication such as mobile phones and tablets and many other devices. It can also be used in satellite communication because of its ability to provide low noise and high bandwidth, and it can also be used in medical applications and military aerospace.

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Published

2023-06-01

How to Cite

Rajat Kuralkar, Sanket Nirmal, Prashik Jarunde, & Atharv Bhadange. (2023). Design and Development of Microstrip Antenna . SSGM Journal of Science and Engineering, 1(1), 82–85. Retrieved from https://ssgmjournal.in/index.php/ssgm/article/view/71