Design and Characterization of Bandpass Filter with Multiple Zeros on Glass Interposer for 6G Applications

Xingchen Li, Xiaofan Jia, Serhat Erdogan, Madhavan Swaminathan
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Abstract

This paper presents design, fabrication and measurement of bandpass filter on glass interposer. The filter applies separated electric and magnetic coupling paths (SEMCP) and source-load coupling techniques to achieve four transmission zeros (TZs), with two located at the lower band and two located at the upper band. Generated TZs are tuneable by changing electric and magnetic coupling strengths. The filter is fabricated utilizing Semi-additive Patterning (SAP) process. Measurement shows the filter has 6.5% fractional bandwidth centered at 140 GHz with insertion loss of 1.19 dB.
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6G应用玻璃中间层多零带通滤波器的设计与特性研究
介绍了玻璃中间层带通滤波器的设计、制作和测量。该滤波器采用分离的电磁耦合路径(SEMCP)和源负载耦合技术,实现了四个传输零点(TZs),其中两个位于下频段,两个位于上频段。通过改变电耦合强度和磁耦合强度,可以调节产生的磁致共振。该滤波器采用半加性图纹(SAP)工艺制作。测量结果表明,该滤波器在140 GHz处具有6.5%的分数带宽,插入损耗为1.19 dB。
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