Characterization of SIW-Based 5.8 Ghz Monopulse Antenna Using Type-V Linear Slot

This paper describes a simulation of a 5.8 GHz monopulse antenna based on SIW with a V-type linear slot for wireless communication. In this paper, monopulse antennas are combined with SIW to obtain smaller antenna dimensions at a resonant frequency of 5.8 GHz. The monopulse method using radar and satellite technology is the most accurate electronic direction search. The proposed antenna operates at a frequency of 5.8 GHz for wireless communication. The antenna dimensions have a size of 148 mm × 63 mm with a relative permittivity coefficient of 4.3 and combined with SIW with a number of vias totaling 129 pieces on each edge of the patch. The simulation results show that the proposed monopulse antenna produces a resonant frequency of 5.8 GHz with a return loss value of 26.7 dB.