부산대학교 도서관

This study compares a dielectric substrate filtration to a dual band passes filter that is built for less loss. The design put forward in this study is based on the two-band frequency response, which is made up of a thin substrate made of Rogers University technology malaysia 10 material that is 1.6 millimeters wide and has a straightforward rectangular frame. Simulation as well as experimental findings show that the dual-band band - pass reflection coefficient is reduced to -16.0dB and -24.5dB at 4.0 and 5.0GHz. Its dual band was created using Ansoft HFSS v 14.0 application, and also its effectiveness was assessed. The findings indicate that the design produces desired outcomes with decreased reflection coefficient and the relevance p=0.05 predicated on a separate sample t test. The primary subject of this study is the development and advancement of the two-band passband for WIMAX purposes. The simulation results demonstrate a considerable reduction in the reflection coefficient associated with a dual high pass filter.