Compact Double-P Slotted Inset-Fed Microstrip Patch Antenna on High Dielectric Substrate

Abstract

This paper presents a compact sized inset-fed rectangular microstrip patch antenna embedded with double-P slots. The proposed antenna has been designed and fabricated on ceramic-PTFE composite material substrate of high dielectric constant value. The measurement results from the fabricated prototype of the antenna show −10 dB reflection coefficient bandwidths of 200 MHz and 300 MHz with center resonant frequency of 1.5 GHz and 4 GHz, respectively. The fabricated antenna has attained gains of 3.52 dBi with 81% radiation efficiency and 5.72 dBi with 87% radiation efficiency for lower band and upper band, respectively. The measured E- and H-plane radiation patterns are also presented for better understanding. Good agreement between the simulation and measurement results and consistent radiation patterns make the proposed antenna suitable for GPS and C-band applications.

Characteristics Mode Analysis of Modified Inset-fed Microstrip Antenna for Radio Frequency Energy Harvesting

“…Inset-fed antenna with the defected ground for Long Range (LoRa) applications is given in (Pandey A & Nair D 2019). High dielectric substrate inset fed Micro Strip Antenna (MSA) for GPS and C band applications is proposed in (Ahsan M et al 2014).…”

An Optimized Inset Feed Circular Cross Strip Antenna Design for C-Band Satellite Links

“…It has been observed on patch antenna for wireless communication, coplanar patch antenna has been used due to its high radiation efficiency and wide bandwidth that suits with satellite transponders [7]; a wideband smaller scale strip patch antenna is intended for satellite correspondence. It accomplished multi-band usefulness throughout the cluster system together with creating circular polarization and greater radiation efficiency for C-band [8]. The unique patch shapes such as Eshaped antenna by [9], [10] found its aptness with wider bandwidth spectrum, multi-band behavior and Wi-Fi applications to minimize the antenna size with glass cum fiber substrate and antenna width appeared to be reduced in the magnitude from 19.2 mm to 15.8 mm.…”