This paper presents a HE11 dual-mode dielectric-loaded bandpass filter for cellular base station applications. The filter consists of a ceramic puck that is placed centrally on the base of a metallic housing. The resonator offers a size reduction ratio of approximately 7:1 compared with equivalent air-filled coaxial filters. The filter is designed at a resonant frequency of 2.05 GHz and bandwidth of 50 MHz. The spurious-free window (SFW) was 500 MHz from the fundamental frequency. A fourth order dual-mode bandpass filter is designed, fabricated, and tested to validate the proposed approach. A good agreement between the measurement and simulation results is demonstrated
© 2018 IEEE. In this paper, a dual-channel dielectric resonator (DR) filter is presented for the fir...
In this paper, a new class of triple-mode microwave filters is presented. These devices use the dege...
Evolution of wireless communication systems towards high flexibility, low cost and high efficiency l...
A new class of dual mode dielectric resonator filter for mobile communication systems is presented. ...
This paper presents a broadband dual-mode microwave filter suitable for mobile communications. The C...
A novel TE11 monoblock dual-mode dielectric resonator filter is presented in this paper. The propose...
This paper presents a new design technique for dual-mode dielectric loaded resonator filter operatin...
This paper presents a compact triple-mode dielectric resonator bandpass filter based on a single wav...
Dielectric resonators have been widely employed in wireless and satellite communication systems due ...
The investigation into three types of dielectric resonators for use in base-station filtering applic...
Dielectric resonator (DR) filters are widely used in microwave communications due to their small siz...
This paper reports a new class of compact inline dual-band bandpass filters using TM-mode dielectric...
This paper presents a novel and compact triple-mode dielectric resonator (DR) band- pass filter (BPF...
The wireless industry has seen exceptional development over the past few decades due to years of sus...
In this work, a dual-band meandered line bandpass filter is designed and simulated. The analysis is ...
© 2018 IEEE. In this paper, a dual-channel dielectric resonator (DR) filter is presented for the fir...
In this paper, a new class of triple-mode microwave filters is presented. These devices use the dege...
Evolution of wireless communication systems towards high flexibility, low cost and high efficiency l...
A new class of dual mode dielectric resonator filter for mobile communication systems is presented. ...
This paper presents a broadband dual-mode microwave filter suitable for mobile communications. The C...
A novel TE11 monoblock dual-mode dielectric resonator filter is presented in this paper. The propose...
This paper presents a new design technique for dual-mode dielectric loaded resonator filter operatin...
This paper presents a compact triple-mode dielectric resonator bandpass filter based on a single wav...
Dielectric resonators have been widely employed in wireless and satellite communication systems due ...
The investigation into three types of dielectric resonators for use in base-station filtering applic...
Dielectric resonator (DR) filters are widely used in microwave communications due to their small siz...
This paper reports a new class of compact inline dual-band bandpass filters using TM-mode dielectric...
This paper presents a novel and compact triple-mode dielectric resonator (DR) band- pass filter (BPF...
The wireless industry has seen exceptional development over the past few decades due to years of sus...
In this work, a dual-band meandered line bandpass filter is designed and simulated. The analysis is ...
© 2018 IEEE. In this paper, a dual-channel dielectric resonator (DR) filter is presented for the fir...
In this paper, a new class of triple-mode microwave filters is presented. These devices use the dege...
Evolution of wireless communication systems towards high flexibility, low cost and high efficiency l...