This paper focuses on the analysis to find suitable locations to place dielectric resonators on microstrip transmission line in order to obtain a high coupling effect. A novel design of an X-Band bandpass filter from a combination of a simple transmission line and three cylindrical dielectric resonators are used in this analysis. The three dielectric resonators are same in permittivity and radius of 60 and 2.55 mm, respectively. This analysis found that the coupling effect can be maximized by placing dielectric resonators a distance of quarter or half wavelength from each other
This paper presents a compact triple-mode dielectric resonator bandpass filter based on a single wav...
Dielectric resonator filters for C-band and Ku-band were designed and built. The C-band filter was b...
Filters are the basic part in wired, and wireless telecommunications and radar system circuits and t...
This paper presents a new approach of designing a bandpass filter by applying a combination of micr...
This paper reports the design of a split ring resonator bandpass filter. The design is based on coup...
Dielectric resonators have been widely employed in wireless and satellite communication systems due ...
This paper presents a new design technique for dual-mode dielectric loaded resonator filter operatin...
Dielectric Resonator filters can provide high selectivity and low insertion loss similar to cavity f...
The development of numerical techniques now permits us to analyze complex structures such as dielect...
This paper presents a broadband dual-mode microwave filter suitable for mobile communications. The C...
An output coupled line wavelength ring resonator centered at 3 GHz operating frequency for bandpass ...
Dielectric resonator (DR) filters are widely used in microwave communications due to their small siz...
ABSTRACT\ud MICROWAVE FILTER DESIGN: COUPLED LINE FILTER\ud by\ud ??? Michael S. Flanner 2011\ud Mas...
A simple and efficient technique for the suppression of undesirable modes in dielectric resonator fi...
The possibility of reducing the radiation loss of dielectric resonator (DR) to the external environm...
This paper presents a compact triple-mode dielectric resonator bandpass filter based on a single wav...
Dielectric resonator filters for C-band and Ku-band were designed and built. The C-band filter was b...
Filters are the basic part in wired, and wireless telecommunications and radar system circuits and t...
This paper presents a new approach of designing a bandpass filter by applying a combination of micr...
This paper reports the design of a split ring resonator bandpass filter. The design is based on coup...
Dielectric resonators have been widely employed in wireless and satellite communication systems due ...
This paper presents a new design technique for dual-mode dielectric loaded resonator filter operatin...
Dielectric Resonator filters can provide high selectivity and low insertion loss similar to cavity f...
The development of numerical techniques now permits us to analyze complex structures such as dielect...
This paper presents a broadband dual-mode microwave filter suitable for mobile communications. The C...
An output coupled line wavelength ring resonator centered at 3 GHz operating frequency for bandpass ...
Dielectric resonator (DR) filters are widely used in microwave communications due to their small siz...
ABSTRACT\ud MICROWAVE FILTER DESIGN: COUPLED LINE FILTER\ud by\ud ??? Michael S. Flanner 2011\ud Mas...
A simple and efficient technique for the suppression of undesirable modes in dielectric resonator fi...
The possibility of reducing the radiation loss of dielectric resonator (DR) to the external environm...
This paper presents a compact triple-mode dielectric resonator bandpass filter based on a single wav...
Dielectric resonator filters for C-band and Ku-band were designed and built. The C-band filter was b...
Filters are the basic part in wired, and wireless telecommunications and radar system circuits and t...