![]() ![]() Loss of 0.96 dB, isolation of more than 18 dB maximum amplitude and phase imbalance was observed Moreover, the proposed structure showed an insertion Of 4.72% at the center frequency of 14.8 GHz. Result: The measured return loss was found to be -21.78 dB with 3 dB Fractional Bandwidth (FBW) The proposed power divider structure was also fabricated and tested. Methods: Simulation of the proposed structure was carried out using commercial software Ansoft Highįrequency Structure Simulator (HFSS), which is a three-dimensional full-wave solver utilizing theįinite Element Method (FEM). Structure performs the function of the power divider as well as the function of a filter. The proposed structure reduces the size and the cost of the system, as the Objectives: In the proposed power divider, filtering response is achieved by interleaving inductive Fabricating and Stating False InformationĪims: In this paper, a novel Substrate Integrated Waveguide (SIW) based filtering power. ![]() Technology Transfer and Entrepreneurship. ![]()
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