![]() As a result, generating another passband utilizing single-band SIR BPFs is feasible.įrequency reconfigurable filters allow for circuit simplifications and the implementation of advanced capabilities in complicated subsystems, which is crucial for future communications system applications. Various techniques, such as loading distributed capacitors in the inner area of conventional dual-mode loop resonators, employing meander-loop resonators, open loop resonators, and hybrid loading different resonators, can be used to produce dual-band operations.īecause of their spurious frequency response to create a higher passband, the stepped impedance resonators (SIRs) have been employed to create dual-band BPFs. Many different BPFs with different operation bands have been proposed in recent years to achieve this goal. Multi-band bandpass filters (BPFs), which are key components of wireless systems, have become increasingly important with the rapid growth of multi-service wireless communication networks. APA style: A Miniaturized Reconfigurable Quad-Band Bandpass Filter with W-Shaped SIRs.A Miniaturized Reconfigurable Quad-Band Bandpass Filter with W-Shaped SIRs." Retrieved from MLA style: "A Miniaturized Reconfigurable Quad-Band Bandpass Filter with W-Shaped SIRs." The Free Library.
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