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International Journal of Electrical and Computer Engineering (IJECE)International Journal of Electrical and Computer Engineering (IJECE)

In this paper, miniature Encoche Coplanar antennas are proposed. To validate our structure and to develop an analytic method to determine the geometry parameters, the Lumped theory is used. The proposed structure is simulated using ADS and then compared to the electrical Model. The proposed circuit has the same resonant aspect when comparing to the Encoche antenna with a much reduced simulation time. The compact coplanar antenna has a box with a size of 36*52*0.2 mm3. This antenna will be designed to an RFID TAG that resonates on 2.45 GHz.

A compact Encoche coplanar antenna is developed and proposed in this paper.The antenna is designed for an RFID TAG and presents several advantages compared to a classical planar Encoche antenna.The use of a simple and efficient circuit model was very useful and helped in conducting a good analytic study.Furthermore, the simulation time was reduced, indicating a fast simulation tool.

Penelitian lebih lanjut dapat dilakukan untuk mengoptimalkan desain antena Encoche coplanar ini dengan mengeksplorasi berbagai konfigurasi material substrat dan geometri untuk meningkatkan efisiensi radiasi dan bandwidth. Selain itu, studi komprehensif mengenai pengaruh lingkungan sekitar, seperti keberadaan objek logam atau cairan, terhadap kinerja antena sangat penting untuk memastikan keandalan dalam aplikasi RFID yang beragam. Terakhir, pengembangan model yang lebih akurat dan efisien untuk simulasi antena, yang mempertimbangkan efek non-linear dan kerugian yang lebih kompleks, akan mempercepat proses desain dan memungkinkan eksplorasi desain yang lebih inovatif, sehingga berkontribusi pada kemajuan teknologi RFID dan Internet of Things.

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