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A Ka-band FSIW band-pass filter with LTCC technology

机译:采用LTCC技术的Ka波段FSIW带通滤波器

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A Ka-band compact band-pass filter is presented in this paper based on folded substrate integrated waveguide (FSIW) resonators in multilayer low-temperature co-fired ceramic (LTCC). The FSIW resonator is formed by inserting a metal plate with two orthogonal slots into the cavity, which is used for the circuit size reduction with its footprint about a quarter of the conventional TE101 mode and also has advantages of high Q and low-loss. The vertically stacked cavities are coupled by “Circle”-shaped slots. Then, a two-order cross-coupling FSIW cavity filter is proposed. The simulation results show that insertion loss and return loss better than 0.3 dB and 20dB, respectively, in the pass-band of 30.1–31.2GHz. Moreover, the filter has compact size and achieves two transmission zeros at both low and high rejection bands.
机译:本文基于多层低温共烧陶瓷(LTCC)中的折叠基板集成波导(FSIW)谐振器,提出了一种Ka带紧凑型带通滤波器。 FSIW谐振器是通过将带有两个正交狭缝的金属板插入空腔中形成的,用于减小电路尺寸,其占位面积约为传统TE 101 模式的四分之一,并且具有以下优点:高Q值和低损耗。垂直堆叠的型腔通过“圆形”形槽连接。然后,提出了一种二阶交叉耦合的FSIW腔滤波器。仿真结果表明,在30.1–31.2GHz的通带中,插入损耗和回波损耗分别优于0.3 dB和20dB。而且,该滤波器具有紧凑的尺寸,并且在低抑制带和高抑制带均实现两个透射零。

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