This paper presents a wideband technique for a mobile handset antenna. The proposed method inserts a distributed LC resonator into a loop antenna in order to provide non-uniform resonance shifts; without the use of a multi-radiator the bandwidth can be increased from 320 MHz (1900-2220 MHz) to 880 MHz (1750-2630 MHz). As a result of the wide bandwidth and good radiation efficiency, the proposed antenna can be employed in DCS/PCS/WDCMA/Bluetooth mobile handsets.Ministry of Education of Kore
A coupled-fed loop antenna with Octa-bands operation for long-term evolution (LTE) smartphones is pr...
Two enhancements, size reduction and impedance bandwidth improvement, for a multiband antenna for mo...
In this paper, mobile handset antenna with a novel feed structure is proposed. The feed structure co...
A novel antenna design method for controlling resonance frequencies is presented. This method can be...
This paper proposes novel method to widen bandwidth of a slot antenna for mobile handset. The propos...
A resonant feeding loop is used to obtain the desired wideband impedance characteristic. Two impleme...
A multi-resonance feed structure for exciting a mobile handset antenna in order to achieve multiband...
This thesis presents solutions and studies related to the design of wideband antennas for wireless h...
Abstract – New approaches are needed for improving the performance of small antennas to fulfill the ...
In this paper, a small internal antenna for a mobile handset is presented using multiband, wideband,...
A loop-type ground antenna, designed as a rectangular ground clearance connected by a capacitor, is ...
This paper proposes the configuration of a novel wideband patch antenna system suitable especially f...
Abstract — In this paper, we designed and implemented an internal multi-band folded monopole antenna...
Design of a multiband internal antenna for mobile handset applications is presented. Two antenna ele...
A small antenna which works in ten bands for slim and wide screen internal smartphone application is...
A coupled-fed loop antenna with Octa-bands operation for long-term evolution (LTE) smartphones is pr...
Two enhancements, size reduction and impedance bandwidth improvement, for a multiband antenna for mo...
In this paper, mobile handset antenna with a novel feed structure is proposed. The feed structure co...
A novel antenna design method for controlling resonance frequencies is presented. This method can be...
This paper proposes novel method to widen bandwidth of a slot antenna for mobile handset. The propos...
A resonant feeding loop is used to obtain the desired wideband impedance characteristic. Two impleme...
A multi-resonance feed structure for exciting a mobile handset antenna in order to achieve multiband...
This thesis presents solutions and studies related to the design of wideband antennas for wireless h...
Abstract – New approaches are needed for improving the performance of small antennas to fulfill the ...
In this paper, a small internal antenna for a mobile handset is presented using multiband, wideband,...
A loop-type ground antenna, designed as a rectangular ground clearance connected by a capacitor, is ...
This paper proposes the configuration of a novel wideband patch antenna system suitable especially f...
Abstract — In this paper, we designed and implemented an internal multi-band folded monopole antenna...
Design of a multiband internal antenna for mobile handset applications is presented. Two antenna ele...
A small antenna which works in ten bands for slim and wide screen internal smartphone application is...
A coupled-fed loop antenna with Octa-bands operation for long-term evolution (LTE) smartphones is pr...
Two enhancements, size reduction and impedance bandwidth improvement, for a multiband antenna for mo...
In this paper, mobile handset antenna with a novel feed structure is proposed. The feed structure co...