Abstract—This paper presents a novel method to enhance the pattern characteristics of the TEM horn antenna for 2–14GHz frequency band. The conventional TEM horn antenna introduces some fluctuations in the main lobe radiation pattern over the higher frequencies, i.e., 10– 14GHz. This motivated us to propose a new method to remove the aforementioned impact by carving an arc shape to the open end of exponentially tapered plates. The associated curvature of this arc is optimized to completely remove the fluctuation. The measurement results show that the improved TEM horn antenna structure exhibits low VSWR as well as radiation pattern over 2–14GHz frequency band. 1
A new geometry for the design of antennas in the Terahertz band is presented. The structure is based...
The conventional rectangular horn has been used for microwave antenna a long time. Its gain can be i...
In this work, enhancement of the radiation performances of horn antennas are worked out within the...
A robust design of a 3D-printed 6–18 GHz double-ridged TEM horn antenna is proposed in this paper. T...
Based on transmission line theory and impedance transition, we design an ultra-wideband Transverse E...
Abstract — It is a well known fact that the traditional 1-18 GHz Double Ridge Guide Horn (DRGH) ante...
In Modern times need for wideband applications has increased. In recent years there have been many r...
With the rapid development of ultra-wideband technology and with the advantages of high capacity, la...
The horn antenna is widely used in modern communication systems, as it exhibits a great deal of adva...
This paper presents the parameterization of the structure of a miniaturized exponential UWB TEM horn...
Horn antenna is one typical kind of antenna that has a wide use nowadays. Due to its unique structur...
The purpose of this report is to introduce the design of a broadband double-ridged horn antenna of t...
Substrate-integrated-waveguide (SIW) technology provides us a lot of advantages and flexibilities fo...
Modifications to horn antennas through choke flanges and parabolic cylinder reflectors are investiga...
In this paper, a systematic design technique for quadruple-ridged flared horn antennas is presented,...
A new geometry for the design of antennas in the Terahertz band is presented. The structure is based...
The conventional rectangular horn has been used for microwave antenna a long time. Its gain can be i...
In this work, enhancement of the radiation performances of horn antennas are worked out within the...
A robust design of a 3D-printed 6–18 GHz double-ridged TEM horn antenna is proposed in this paper. T...
Based on transmission line theory and impedance transition, we design an ultra-wideband Transverse E...
Abstract — It is a well known fact that the traditional 1-18 GHz Double Ridge Guide Horn (DRGH) ante...
In Modern times need for wideband applications has increased. In recent years there have been many r...
With the rapid development of ultra-wideband technology and with the advantages of high capacity, la...
The horn antenna is widely used in modern communication systems, as it exhibits a great deal of adva...
This paper presents the parameterization of the structure of a miniaturized exponential UWB TEM horn...
Horn antenna is one typical kind of antenna that has a wide use nowadays. Due to its unique structur...
The purpose of this report is to introduce the design of a broadband double-ridged horn antenna of t...
Substrate-integrated-waveguide (SIW) technology provides us a lot of advantages and flexibilities fo...
Modifications to horn antennas through choke flanges and parabolic cylinder reflectors are investiga...
In this paper, a systematic design technique for quadruple-ridged flared horn antennas is presented,...
A new geometry for the design of antennas in the Terahertz band is presented. The structure is based...
The conventional rectangular horn has been used for microwave antenna a long time. Its gain can be i...
In this work, enhancement of the radiation performances of horn antennas are worked out within the...