Design for SAW Antenna-Plexers with Improved Matching Inductance Circuits

This study designs antenna-plexers, including a surface acoustic wave (SAW) extractor and an upper- and mid-high band (UHB + MHB) diplexer, for LTE 4G and 5G bands using carrier aggregation. The SAW extractor combines a bandpass filter (BPF) and a band-stop filter (BSF) in a single unit that consist...

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Published inMicromachines (Basel) Vol. 15; no. 1; p. 89
Main Authors Yang, Min-Yuan, Wu, Ruey-Beei
Format Journal Article
LanguageEnglish
Published Switzerland MDPI AG 30.12.2023
MDPI
Subjects
Antenna design
antenna-plexer
Antennas
Antennas (Electronics)
Bandpass filters
Bandstop filters
Capacitors
Circuit design
diplexer
Diplexers
Extractors
Frequency ranges
Frequency response
High pass filters
Inductance
Inductors
Manufacturers
Matching
Microwave devices
Microwave filters
optimization
Optimization algorithms
Performance evaluation
Product specifications
Resonators
SAW extractor
Smartphones
Surface acoustic wave devices
Surface acoustic waves
Wi-Fi
WIFI 6E
diplexer
optimization
WIFI 6E
antenna-plexer
SAW extractor
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Abstract This study designs antenna-plexers, including a surface acoustic wave (SAW) extractor and an upper- and mid-high band (UHB + MHB) diplexer, for LTE 4G and 5G bands using carrier aggregation. The SAW extractor combines a bandpass filter (BPF) and a band-stop filter (BSF) in a single unit that consists of eight modified Butterworth–van Dyke (mBVD) resonators that resonate in parallel with an inductor and SAW resonators. This BSF behaves as a high-pass filter at frequencies lower than the designed WIFI band and as a capacitor at higher frequencies. The SAW extractor meets product specifications in the frequency range 0.7 to 2.7 GHz. The UHB + MHB diplexer, which is composed of a microwave filter, a SAW filter, and a simple matching inductor, uses frequency response methods to create an RF component for 2.4 GHz + WIFI 6E applications. The design uses a SAW’s interdigital transducer (IDT) structure, and the experimental results are in agreement with the simulation results, so the design is feasible.
AbstractList This study designs antenna-plexers, including a surface acoustic wave (SAW) extractor and an upper- and mid-high band (UHB + MHB) diplexer, for LTE 4G and 5G bands using carrier aggregation. The SAW extractor combines a bandpass filter (BPF) and a band-stop filter (BSF) in a single unit that consists of eight modified Butterworth–van Dyke (mBVD) resonators that resonate in parallel with an inductor and SAW resonators. This BSF behaves as a high-pass filter at frequencies lower than the designed WIFI band and as a capacitor at higher frequencies. The SAW extractor meets product specifications in the frequency range 0.7 to 2.7 GHz. The UHB + MHB diplexer, which is composed of a microwave filter, a SAW filter, and a simple matching inductor, uses frequency response methods to create an RF component for 2.4 GHz + WIFI 6E applications. The design uses a SAW’s interdigital transducer (IDT) structure, and the experimental results are in agreement with the simulation results, so the design is feasible.
This study designs antenna-plexers, including a surface acoustic wave (SAW) extractor and an upper- and mid-high band (UHB + MHB) diplexer, for LTE 4G and 5G bands using carrier aggregation. The SAW extractor combines a bandpass filter (BPF) and a band-stop filter (BSF) in a single unit that consists of eight modified Butterworth-van Dyke (mBVD) resonators that resonate in parallel with an inductor and SAW resonators. This BSF behaves as a high-pass filter at frequencies lower than the designed WIFI band and as a capacitor at higher frequencies. The SAW extractor meets product specifications in the frequency range 0.7 to 2.7 GHz. The UHB + MHB diplexer, which is composed of a microwave filter, a SAW filter, and a simple matching inductor, uses frequency response methods to create an RF component for 2.4 GHz + WIFI 6E applications. The design uses a SAW's interdigital transducer (IDT) structure, and the experimental results are in agreement with the simulation results, so the design is feasible.This study designs antenna-plexers, including a surface acoustic wave (SAW) extractor and an upper- and mid-high band (UHB + MHB) diplexer, for LTE 4G and 5G bands using carrier aggregation. The SAW extractor combines a bandpass filter (BPF) and a band-stop filter (BSF) in a single unit that consists of eight modified Butterworth-van Dyke (mBVD) resonators that resonate in parallel with an inductor and SAW resonators. This BSF behaves as a high-pass filter at frequencies lower than the designed WIFI band and as a capacitor at higher frequencies. The SAW extractor meets product specifications in the frequency range 0.7 to 2.7 GHz. The UHB + MHB diplexer, which is composed of a microwave filter, a SAW filter, and a simple matching inductor, uses frequency response methods to create an RF component for 2.4 GHz + WIFI 6E applications. The design uses a SAW's interdigital transducer (IDT) structure, and the experimental results are in agreement with the simulation results, so the design is feasible.
Audience Academic
Author Yang, Min-Yuan
Wu, Ruey-Beei
AuthorAffiliation Department of Electrical Engineering and Graduate Institute of Communication Engineering, National Taiwan University, Taipei 10617, Taiwan
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Keywords diplexer
optimization
WIFI 6E
antenna-plexer
SAW extractor
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StartPage 89
SubjectTerms Antenna design
antenna-plexer
Antennas
Antennas (Electronics)
Bandpass filters
Bandstop filters
Capacitors
Circuit design
diplexer
Diplexers
Extractors
Frequency ranges
Frequency response
High pass filters
Inductance
Inductors
Manufacturers
Matching
Microwave devices
Microwave filters
optimization
Optimization algorithms
Performance evaluation
Product specifications
Resonators
SAW extractor
Smartphones
Surface acoustic wave devices
Surface acoustic waves
Wi-Fi
WIFI 6E
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Title Design for SAW Antenna-Plexers with Improved Matching Inductance Circuits
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