Tunable and reconfigurable SIW filters

Juseop Lee
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Abstract

The main purpose of this chapter is to introduce the recent advances in frequency-tunable and reconfigurable SIW filter designs based on the use of frequency-tunable SIW resonators. Overall, it covers the design of bandpass, bandstop, and multifunction filters. This chapter first deals with a frequencytunable bandpass filter design. The basic concepts for a conventional frequency-tunable SIW resonator are briefly reviewed, and a SIW resonator structure suited for the design of filters operating at high frequency bands such as K-band is introduced. A K-band frequency-tunable filter design is also included. Section 9.3 then describes bandstop filter designs using the frequency-tunable SIW resonators. Bandstop filter topologies with and without interresonator couplings are discussed. The bandstop filter topologies containing the interresonator couplings are useful for the design of multifunction filter capable of producing both bandstop and bandpass responses. Section 9.4 introduces the concepts and theories for the design of multifunction filters based on using the bandstop filter topologies containing the interresonator couplings.
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可调和可重新配置的SIW过滤器
本章的主要目的是介绍基于频率可调SIW谐振器的频率可调和可重构SIW滤波器设计的最新进展。总的来说,它涵盖了带通、带阻和多功能滤波器的设计。本章首先讨论频率可调带通滤波器的设计。简要回顾了传统可调频率SIW谐振器的基本概念,并介绍了一种适用于k波段等高频滤波器设计的SIW谐振器结构。k波段频率可调滤波器设计也包括在内。第9.3节描述了使用频率可调SIW谐振器的带阻滤波器设计。讨论了带间腔耦合和不带间腔耦合的带阻滤波器拓扑结构。包含互谐振腔耦合的带阻滤波器拓扑结构有助于设计既能产生带阻又能产生带通响应的多功能滤波器。第9.4节介绍了基于使用包含互谐振器耦合的带阻滤波器拓扑设计多功能滤波器的概念和理论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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