Add to ORKGThis paper describes the design of a compact directional coupler whose dimensions have been reduced by means of compact structures. So the coupler with a Central frequency of 2 GHz, takes only 341 mm2, which is 45% less than the traditional design for the same frequency.377-38
In this article, a low-cost double-layer microstrip structure with a gap space between the two subst...
In this paper, the design of a compact branch-line directional coupler using lumped- element composi...
This article presents a compact 3 dB waveguide directional coupler with full waveguide bandwidth. It...
This paper describes the design of a compact coupler with three loops with a center frequency of 2 G...
The design of the directional coupler with reduced physical dimensions, using compact structures. Th...
In this paper, a compact design of a five-stub microstrip 3-dB coupler with significantly reduced ov...
A study to determine how the operating frequency of the device during miniaturization depends on its...
Miniature directional coupler with wide bandwidth consisting of compact structures and curved lines ...
In this paper, we will present a planar geometry design for a 6dB compact microwave coupler, and wil...
A concept to induce a very high directivity and a flat coupling over a large bandwidth in compact mi...
Compact 3 dB 0°/180° microstrip couplers in ring and square configurations are proposed and discusse...
High wave resistance line and no-load stubs were used as a tool for reducing the area of directional...
This paper presents a simple design method for a class of compact couplers, which offer coupling in ...
A design of a compact size (35 × 15 mm 2) 3-dB coupler with ultrawideband (UWB) characteristic is de...
This paper presents a compact 3-dB coupler on a dual substrate layer with a rectangular slotted micr...
In this article, a low-cost double-layer microstrip structure with a gap space between the two subst...
In this paper, the design of a compact branch-line directional coupler using lumped- element composi...
This article presents a compact 3 dB waveguide directional coupler with full waveguide bandwidth. It...
This paper describes the design of a compact coupler with three loops with a center frequency of 2 G...
The design of the directional coupler with reduced physical dimensions, using compact structures. Th...
In this paper, a compact design of a five-stub microstrip 3-dB coupler with significantly reduced ov...
A study to determine how the operating frequency of the device during miniaturization depends on its...
Miniature directional coupler with wide bandwidth consisting of compact structures and curved lines ...
In this paper, we will present a planar geometry design for a 6dB compact microwave coupler, and wil...
A concept to induce a very high directivity and a flat coupling over a large bandwidth in compact mi...
Compact 3 dB 0°/180° microstrip couplers in ring and square configurations are proposed and discusse...
High wave resistance line and no-load stubs were used as a tool for reducing the area of directional...
This paper presents a simple design method for a class of compact couplers, which offer coupling in ...
A design of a compact size (35 × 15 mm 2) 3-dB coupler with ultrawideband (UWB) characteristic is de...
This paper presents a compact 3-dB coupler on a dual substrate layer with a rectangular slotted micr...
In this article, a low-cost double-layer microstrip structure with a gap space between the two subst...
In this paper, the design of a compact branch-line directional coupler using lumped- element composi...
This article presents a compact 3 dB waveguide directional coupler with full waveguide bandwidth. It...