Balanced Quad-Band Bandpass Filter With Controllable Frequencies and Bandwidths

A balanced microstrip quad-band bandpass filter (BPF) employing balanced microstrip/slotline (MS) transition structures and two pairs of folded asymmetric short stub-loaded resonators (ASSLRs) is presented in this paper. The center frequencies of the four differential-mode (DM) passbands can be cont...

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Published inIEEE access Vol. 7; pp. 140470 - 140477
Main Authors Wei, Feng, Zhang, Chi-Yuan, Yue, Hao-Jie, Shi, Xiao-Wei
Format Journal Article
LanguageEnglish
Published Piscataway IEEE 2019
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Asymmetric short stub-loaded resonators (ASSLRs)
balanced BPF
Band-pass filters
Bandpass filters
Couplings
Frequency control
Microstrip
microstrip/slotline (MS) transition structures
Passband
quad-band
Resonant frequency
Resonators
Selectivity
Stability
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Abstract A balanced microstrip quad-band bandpass filter (BPF) employing balanced microstrip/slotline (MS) transition structures and two pairs of folded asymmetric short stub-loaded resonators (ASSLRs) is presented in this paper. The center frequencies of the four differential-mode (DM) passbands can be controlled by changing the electrical length ratio of each ASSLR. Meanwhile, the fractional bandwidths (FBWs) can be adjusted by controlling the coupling gaps between the resonators and interdigital coupled line. High selectivity of the four DM passbands is achieved by introducing eight transmission zeros (TZs). Moreover, the DM passbands are independent from the common-mode (CM) responses, which significantly simplifies the design procedure. In order to validate the design strategies, a balanced quad-band BPF centered at 2.54/ 3.46/ 4.5/ 5.2 GHz was fabricated and a good agreement between the simulated and measured results is observed.
AbstractList A balanced microstrip quad-band bandpass filter (BPF) employing balanced microstrip/slotline (MS) transition structures and two pairs of folded asymmetric short stub-loaded resonators (ASSLRs) is presented in this paper. The center frequencies of the four differential-mode (DM) passbands can be controlled by changing the electrical length ratio of each ASSLR. Meanwhile, the fractional bandwidths (FBWs) can be adjusted by controlling the coupling gaps between the resonators and interdigital coupled line. High selectivity of the four DM passbands is achieved by introducing eight transmission zeros (TZs). Moreover, the DM passbands are independent from the common-mode (CM) responses, which significantly simplifies the design procedure. In order to validate the design strategies, a balanced quad-band BPF centered at 2.54/ 3.46/ 4.5/ 5.2 GHz was fabricated and a good agreement between the simulated and measured results is observed.
Author Yue, Hao-Jie
Zhang, Chi-Yuan
Shi, Xiao-Wei
Wei, Feng
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StartPage 140470
SubjectTerms Asymmetric short stub-loaded resonators (ASSLRs)
balanced BPF
Band-pass filters
Bandpass filters
Couplings
Frequency control
Microstrip
microstrip/slotline (MS) transition structures
Passband
quad-band
Resonant frequency
Resonators
Selectivity
Stability
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Title Balanced Quad-Band Bandpass Filter With Controllable Frequencies and Bandwidths
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