Design and analysis of compact dual resonance patch antenna

Abstract

<jats:p>In this work a high gain dual resonance patch antenna is designed and simulated. Analysis is done while changing geometry and dielectric thickness. Main advantage of this type of antenna is its compact structure. Due to its dual characteristics it is very demanding in the communication industry which makes designing and analysing of this type of antenna more alluring. Values for S11 parameters are: -10.97dB and –30dB for 4.94GHz and 7.38GHz, respectively. Gain exceeds 8.85dB and 6.59dB for 4.94GHz and 7.38GHz, respectively. Characteristic impedance of the feed line is 50?.</jats:p>

Dynamic Mathematical Models’ System and Synchronization

“…e system's size must be quadrupled to maximize the number of positive LYP derivations. Building 5D HYCH systems with three large LYP exponents has attracted a lot of attention since the Hu system [11][12][13][14][15].…”

Design and Implementation of T-Shaped Planar Antenna for MIMO Applications

“…Presented the performance of wideband printed dipole antenna with open sleeve dumbbell-shaped structure [20][21][22]. Also, printed dipole for unidirectional radiation patterns with dumbbell-shaped open sleeve structure was employed to get better impedance matching on the lower band for the reason of producing two points resonant; while two freeloading patches were too employed [23][24][25] for increasing the lower band bandwidth. To demonstrate the feasibility of the proposed design solution at 900 MHz, a chassis with two T-shaped metal strips above its longer edges is used as an example modification and ECC value is 0.5 [26].…”