In this paper, a mutual coupling study is conducted between two-element array antenna on dual substrate. A single patch antenna is firstly designed on dual substrate layer to testify appropriate performance at 2.45 GHz. Subsequently, an array of two element patches on dual substrate are constructed with one of them is incorporated with three EBG unit cell on the bottom substrate. The radiating patch is on the top substrate, while the EBG unit cell is on the bottom substrate. With EBGs in separate layers from the antenna array, the antenna elements are closely separated by a distance of 22 mm with a significant reduced mutual coupling of - 26.61 dB. This corresponds to a distance reduction of 34.68%. The proposed structure implemented only t...
Electromagnetic Band Gap (EBG) based on Frequency Selective Surfaces (FSS) [1] are one type of metam...
This paper presents the simultaneous application of Minkowski fractal geometry and EBG structures fo...
Double layer and edge-location via techniques are combined for electromagnetic band gap (EBG) size r...
In this paper, a mutual coupling study is conducted between two-element array antenna on dual substr...
In this paper, a mutual coupling studies is conducted between two-element array antenna on dual subs...
Electromagnetic bandgap (EBG) structures can help in the reduction of mutual coupling by their capab...
A 2D electromagnetic band gap (EBG) structure is designed on the ground plane of 1×2 rectangular pat...
Abstract—This paper presents an effective analysis method for EBG reducing patch antenna coupling. A...
This report focus on the applying EBG to reduce mutual coupling between patch elements. Dumbbell sha...
In this paper, a simultaneous application of geometric modification on patch elements and electromag...
Reducing mutual coupling is a key research area in design of compact microstrip antennas arrays. To ...
When the number of antenna elements is placed in forming the arrays, mutual coupling between the ant...
In this paper, we will discuss the concerns of a microstrip two patch antenna system. Coupling of th...
AbstractIn this paper EBG structures including parallel plates of EBGs are being used to reduce the ...
In this paper EBG structures including parallel plates of EBGs are being used to reduce the mutual c...
Electromagnetic Band Gap (EBG) based on Frequency Selective Surfaces (FSS) [1] are one type of metam...
This paper presents the simultaneous application of Minkowski fractal geometry and EBG structures fo...
Double layer and edge-location via techniques are combined for electromagnetic band gap (EBG) size r...
In this paper, a mutual coupling study is conducted between two-element array antenna on dual substr...
In this paper, a mutual coupling studies is conducted between two-element array antenna on dual subs...
Electromagnetic bandgap (EBG) structures can help in the reduction of mutual coupling by their capab...
A 2D electromagnetic band gap (EBG) structure is designed on the ground plane of 1×2 rectangular pat...
Abstract—This paper presents an effective analysis method for EBG reducing patch antenna coupling. A...
This report focus on the applying EBG to reduce mutual coupling between patch elements. Dumbbell sha...
In this paper, a simultaneous application of geometric modification on patch elements and electromag...
Reducing mutual coupling is a key research area in design of compact microstrip antennas arrays. To ...
When the number of antenna elements is placed in forming the arrays, mutual coupling between the ant...
In this paper, we will discuss the concerns of a microstrip two patch antenna system. Coupling of th...
AbstractIn this paper EBG structures including parallel plates of EBGs are being used to reduce the ...
In this paper EBG structures including parallel plates of EBGs are being used to reduce the mutual c...
Electromagnetic Band Gap (EBG) based on Frequency Selective Surfaces (FSS) [1] are one type of metam...
This paper presents the simultaneous application of Minkowski fractal geometry and EBG structures fo...
Double layer and edge-location via techniques are combined for electromagnetic band gap (EBG) size r...