5G uygulamaları için bant-dışı baskılamalı bütünleşik M-YTED filtre-yama anten tasarımı ve üretimi

Abstract

Bu makalede, 5G uygulamaları için 5.90 GHz rezonans frekanslı ve bantdışı baskılamalı bütünleşik M-YTED (Mikroşerit-Yalıtkan Taban Entegreli Dalga Kılavuzu) bant geçiren filtre-yama anten (BMBGF-YA) tasarımı CST (Computer Simulation Technology) Studio Suite programı kullanılarak ortaya konulmuş ve üretimi yapılarak ölçülmüştür. 1.50-12.00 GHz geniş çalışma frekansı bölgesindeki bant-dışı frekanslar, BMBGF-YA tasarımında baskılanmıştır. Filtre-antenin yama antene göre simülasyon sonuçlarındaki anten kazancı artışı %0.32 ve bant-içi frekans aralığı artışı %22’dir. Yapılan ölçümde, anten kazancı artışı %0.78 ve bant-içi frekans aralığı artışı %14.4 olarak gerçekleşmiştir.

Keywords

• M-YTED
• 5G
• Dikdörtgen yama anten
• Bant geçiren filtre
• Bant-Dışı baskılama

Design and production of ıntegrated compact M-SIW filter-patch antenna with out-of-band suppression for 5G applications

Abstract

In this article, the Integrated M-SIW (Microstrip-Substrate Integrated Waveguide) band-pass filter-patch antenna (IMBPF-PA) design with 5.90 GHz resonant frequency and the out-of-band suppression is presented, produced and measured for 5G applications using the CST (Computer Simulation Technology) Studio Suite program. The out-ofband frequencies in the 1.50-12.00 GHz wide operating frequency region are suppressed in the BPIGF-PA design. The antenna gain increase in the simulation results of the filter-antenna compared to the patch antenna is 0.32% and the in-band frequency range increase is 22%. In the measurement, the antenna gain increase was 0.78% and the in-band frequency range increase was 14.4%.

Keywords

• M-SIW
• 5G
• Rectangular patch antenna
• Bandpass filter
• Out-of-Band suppression

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