An effective micro strip antenna design is shown in this work withaannular ring design consisting of two stacked circular rings and eight small rings inside it, implemented on an FR4 substrate, targeting radar and satellite deployment. The integration of various slot types enhances the uniqueness of this antenna design for Ku band use. This new design enhances both the gain and the bandwidth. With a bandwidth of 2.57 GHz and a gain of 9.02 dB, the suggested antenna is well-suited for satellite use and operates in the Ku band. The efficiency of the expected annular antenna is highlighted by comparing its performance metrics to those of other antennas of the same kind. The higher bandwidth and gain performance of the suggested antenna is confirmed by the simulation results. This design offers a promising solution for enhancing communication reliability and efficiency in radar and satellite applications.

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Broadband and High Gain Annular Ring Microstrip Antenna for Satellite Applications

  • Vivek Arya,
  • Sayam Gupta

摘要

An effective micro strip antenna design is shown in this work withaannular ring design consisting of two stacked circular rings and eight small rings inside it, implemented on an FR4 substrate, targeting radar and satellite deployment. The integration of various slot types enhances the uniqueness of this antenna design for Ku band use. This new design enhances both the gain and the bandwidth. With a bandwidth of 2.57 GHz and a gain of 9.02 dB, the suggested antenna is well-suited for satellite use and operates in the Ku band. The efficiency of the expected annular antenna is highlighted by comparing its performance metrics to those of other antennas of the same kind. The higher bandwidth and gain performance of the suggested antenna is confirmed by the simulation results. This design offers a promising solution for enhancing communication reliability and efficiency in radar and satellite applications.