Add to ORKGThis paper presents a design of 5G branch-line coupler that operates at 10 GHz frequency range. The proposed coupler is implemented with four stubs and two slots to improve the performances including the scattering parameter and also the bandwidth. Advanced Design System (ADS) software is used to design and perform the simulation stage. The proposed 5G coupler with stub and slot technique has enhances the bandwidth up to 60% as compared to the one proposed earlier in the literature. Additionally, the simulation results show that the scattering parameter and phase differences have also improved. The proposed design is suitable to be used later in Butler Matrix for Intelligent Transportation System (ITS) application
This paper focuses on the design of a Wideband Branch Line Coupler by using open circuits coupled li...
An advanced shift that driven with high carrier frequencies, wide bandwidths, device densities, uniq...
The paper presents a new design of a compact branch-line coupler (BLC) operating at 3.5 GHz, that is...
This paper presents a design of 5G branch-line coupler that operates at 10 GHz frequency range. The ...
This paper presents a design of 5G branch-line coupler that operates at 10 GHz frequency range. The ...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
A new design of wideband branch-line coupler (BLC) using T-shape with open stub microstrip line is p...
A new design of wideband branch-line coupler (BLC) using T-shape with open stub microstrip line is ...
This paper presents a novel wideband nonuniform branch line coupler. An exponential impedance taper ...
Mobile communication has become prevalent nowadays. The demand for high speed data and information e...
This work focuses on the design of a Wideband Branch Line Coupler (BLC) by using open circuits coupl...
A novel compact 5G branch-line coupler (BLC) based on open-circuit coupled-lines and interdigital ca...
This paper proposes a new branch-line coupler with slots operates from 3.5 GHz to 4.7 GHz frequency ...
This paper focuses on the design of a Wideband Branch Line Coupler by using open circuits coupled li...
An advanced shift that driven with high carrier frequencies, wide bandwidths, device densities, uniq...
The paper presents a new design of a compact branch-line coupler (BLC) operating at 3.5 GHz, that is...
This paper presents a design of 5G branch-line coupler that operates at 10 GHz frequency range. The ...
This paper presents a design of 5G branch-line coupler that operates at 10 GHz frequency range. The ...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
Aiming to achieve 3-dB coupling, operating in fifth generation (5G) technologies, this paper introdu...
A new design of wideband branch-line coupler (BLC) using T-shape with open stub microstrip line is p...
A new design of wideband branch-line coupler (BLC) using T-shape with open stub microstrip line is ...
This paper presents a novel wideband nonuniform branch line coupler. An exponential impedance taper ...
Mobile communication has become prevalent nowadays. The demand for high speed data and information e...
This work focuses on the design of a Wideband Branch Line Coupler (BLC) by using open circuits coupl...
A novel compact 5G branch-line coupler (BLC) based on open-circuit coupled-lines and interdigital ca...
This paper proposes a new branch-line coupler with slots operates from 3.5 GHz to 4.7 GHz frequency ...
This paper focuses on the design of a Wideband Branch Line Coupler by using open circuits coupled li...
An advanced shift that driven with high carrier frequencies, wide bandwidths, device densities, uniq...
The paper presents a new design of a compact branch-line coupler (BLC) operating at 3.5 GHz, that is...