A coupled-fed loop antenna with Octa-bands operation for long-term evolution (LTE) smartphones is proposed in this paper. The antenna occupies a nonground space of only 6.5 mm × 72 mm, and two wide-band operations can be achieved by exploiting the multimode characteristics of loop antenna and using high-pass matching circuits. In low band, the LTE700/GSM850/900 operation is achieved by the loop mode of 0.5 λ and matching chip capacitor which generates a dual-resonance mode at 0.74 GHz and 0.9 GHz. In high band, the 1 λ mode, the 1.5 λ mode, and the 2 λ mode of the entire loop are combined with the 0.5 λ mode of the left-side coupling loop to cover the DCS1800/PCS1900/UMTS 2100/LTE 2300/2500 operation bands. The measured average realized gai...
This paper presents a wideband technique for a mobile handset antenna. The proposed method inserts a...
A compact internal penta-band folded loop antenna for LTE1600/2600/WIMAX3. 5/WLAN2. 4/5.2 multiple m...
In this study, we propose a multiple-input/multiple-output (MIMO) antenna array for fifth-generation...
This paper describes a low-profile 2×2 Multi-Input Multi-Output (MIMO) antenna system that is fully ...
A symmetrically crossed-loop antenna featuring very high radiation efficiency across the entire LTE ...
A novel internal printed antenna suitable for triple long-term evolution (LTE) bands for handheld de...
Abstract—This paper presents a multiband folded loop antenna for smart phone applications. The propo...
A multiband printed loop mobile phone antenna for LTE/WWAN/GNSS application is presented. It covers ...
A small antenna which works in ten bands for slim and wide screen internal smartphone application is...
A multimode loop antenna with compact volume for mobile applications is presented in this paper. The...
This paper presents novel mobile phone antenna for radiations simultaneously in ten frequency bands ...
A loop-type ground antenna, designed as a rectangular ground clearance connected by a capacitor, is ...
A compact multi-input multi-output (MIMO) antenna with a coupled feed structure for 4th generation (...
The dramatic growth of mobile users, IoT-based applications, and astounding channel capacity require...
A dual band loop-type ground antenna is proposed. Loop-type feeding structures and capacitors have b...
This paper presents a wideband technique for a mobile handset antenna. The proposed method inserts a...
A compact internal penta-band folded loop antenna for LTE1600/2600/WIMAX3. 5/WLAN2. 4/5.2 multiple m...
In this study, we propose a multiple-input/multiple-output (MIMO) antenna array for fifth-generation...
This paper describes a low-profile 2×2 Multi-Input Multi-Output (MIMO) antenna system that is fully ...
A symmetrically crossed-loop antenna featuring very high radiation efficiency across the entire LTE ...
A novel internal printed antenna suitable for triple long-term evolution (LTE) bands for handheld de...
Abstract—This paper presents a multiband folded loop antenna for smart phone applications. The propo...
A multiband printed loop mobile phone antenna for LTE/WWAN/GNSS application is presented. It covers ...
A small antenna which works in ten bands for slim and wide screen internal smartphone application is...
A multimode loop antenna with compact volume for mobile applications is presented in this paper. The...
This paper presents novel mobile phone antenna for radiations simultaneously in ten frequency bands ...
A loop-type ground antenna, designed as a rectangular ground clearance connected by a capacitor, is ...
A compact multi-input multi-output (MIMO) antenna with a coupled feed structure for 4th generation (...
The dramatic growth of mobile users, IoT-based applications, and astounding channel capacity require...
A dual band loop-type ground antenna is proposed. Loop-type feeding structures and capacitors have b...
This paper presents a wideband technique for a mobile handset antenna. The proposed method inserts a...
A compact internal penta-band folded loop antenna for LTE1600/2600/WIMAX3. 5/WLAN2. 4/5.2 multiple m...
In this study, we propose a multiple-input/multiple-output (MIMO) antenna array for fifth-generation...