In this paper, the design, simulation, optimization and testing of a Microstrip Hybrid 10 dB Wideband Coupler was done. The aim of the project was to introduce a new coupler design and to achieve stable operation for as wide bandwidth as possible. For this proposed design simulated results are as follows: 3.8 GHz Bandwidth and Coupling Amplitude balance of 1 dB across it. Coupler is then produced using LPKF ProtoMat 104s machine and it is tested with Vector Network Analyzer at Istanbul Technical University
The design of a wideband microwave hybrid using a combination of microstrip-slot transitions and thr...
The common forms of microstrip hybrids are either "backward couplers" formed using parallel lines, o...
We present a new design approach for the 90\ub0 directional coupler with very low amplitude imbalanc...
In this paper, the design, simulation, optimization and testing of a Microstrip Hybrid 10 dB Wideban...
International audienceThis paper deals with the design of broadband hybrid coupler in thin film micr...
This paper presents the planar design of three-section quadrature hybrid coupler for frequency opera...
International audienceIn this article, we present a new wideband hybrid coupler for millimeter‐wave ...
The design and analysis of a decade bandwidth 3 dB 180° hybrid coupler using tandem connection of tw...
This article presents the design of an elliptically shaped microstrip-slot coupler using different t...
With the development of wireless local-area network, more and more applications relies on this frequ...
Abstract In this paper, a wide stop-band microstrip coupler is presented. The proposed structure con...
This article presents the design of a three-section microstrip-slot coupler aimed for operation in t...
The 180-degree hybrid coupler was designed to miniaturize in the frequency range from 5 to 10 GHz wi...
Single section branch line coupler is popular because of its simplicity in design and fabrication. B...
International audienceThis paper deals with the design of broadband hybrid coupler in thin film micr...
The design of a wideband microwave hybrid using a combination of microstrip-slot transitions and thr...
The common forms of microstrip hybrids are either "backward couplers" formed using parallel lines, o...
We present a new design approach for the 90\ub0 directional coupler with very low amplitude imbalanc...
In this paper, the design, simulation, optimization and testing of a Microstrip Hybrid 10 dB Wideban...
International audienceThis paper deals with the design of broadband hybrid coupler in thin film micr...
This paper presents the planar design of three-section quadrature hybrid coupler for frequency opera...
International audienceIn this article, we present a new wideband hybrid coupler for millimeter‐wave ...
The design and analysis of a decade bandwidth 3 dB 180° hybrid coupler using tandem connection of tw...
This article presents the design of an elliptically shaped microstrip-slot coupler using different t...
With the development of wireless local-area network, more and more applications relies on this frequ...
Abstract In this paper, a wide stop-band microstrip coupler is presented. The proposed structure con...
This article presents the design of a three-section microstrip-slot coupler aimed for operation in t...
The 180-degree hybrid coupler was designed to miniaturize in the frequency range from 5 to 10 GHz wi...
Single section branch line coupler is popular because of its simplicity in design and fabrication. B...
International audienceThis paper deals with the design of broadband hybrid coupler in thin film micr...
The design of a wideband microwave hybrid using a combination of microstrip-slot transitions and thr...
The common forms of microstrip hybrids are either "backward couplers" formed using parallel lines, o...
We present a new design approach for the 90\ub0 directional coupler with very low amplitude imbalanc...