3D Modeling Parallel Coupled-Line Bandpass Filter Based on Coplanar Waveguide MMIC Multilayer Technology

R. Putri, E. Sinulingga, S. Suherman
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Abstract

Electromagnetic modeling technique on monolithic microwave integrated circuit (MMIC) coplanar waveguide (CPW) multilayer have been developed to accurately model the Parallel Coupled-Line Bandpass Filter. The 3D modeling technique shows the simulation results that are optimum. Several simulation steps have been demonstrated and compared on the design of Parallel Coupled-Line Bandpass Filters. Based on the 3D modeling, S11-Return Loss and S21-Insertion Loss of -22.6 dB and and 2.94 dB are obtained respectively. In addition, it is shown the best frequency response from the design of the Parallel Coupled-Line Bandpass Filter.
基于共面波导MMIC多层技术的并行耦合线带通滤波器三维建模
为了准确地模拟平行耦合线带通滤波器,提出了基于单片微波集成电路(MMIC)共面波导(CPW)多层的电磁建模技术。采用三维建模技术,得到了较好的仿真结果。对平行耦合线带通滤波器设计的几种仿真步骤进行了论证和比较。基于三维建模,得到s11 -回波损耗和s21 -插入损耗分别为-22.6 dB和2.94 dB。此外,设计的平行耦合线带通滤波器具有最佳的频率响应。
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