This paper analyzes the new compact design of couplers based on the use of microstrip lowpass filters. The proposed design achieves significant reduction in coupler size while obtaining the same characteristics as of the conventional coupler. Prototype of the coupler with the central frequency of 1 GHz was produced on the substrate with dielectric permittivity of 4.4. The experimental results showed good agreement with numerical simulations. The size of the rat-race coupler was reduced by 83.7%. © 2019 IOP Publishing Ltd.Ministry of Education and Science of the Russian Federation, Minobrnauka: № 8.2538.2017/4.6Author are grateful for the simulation software NI-AWR Design Environment provided by the National Instruments Company. The research...
The design of the directional coupler with reduced physical dimensions, using compact structures. Th...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
In this paper, an explicit size reduction of a compact rat-race coupler implemented in a microstrip ...
High wave resistance line and no-load stubs were used as a tool for reducing the area of directional...
Nowadays, demands for fully integrated and miniaturized RFIC (Radio Frequency Integrated Circuits) h...
A study to determine how the operating frequency of the device during miniaturization depends on its...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
In this work, several types of microstrip couplers are investigated in terms of structure, performan...
In this paper, a compact design of a five-stub microstrip 3-dB coupler with significantly reduced ov...
New small size 3 dB microstrip 0°/180° coupler configurations are proposed and discussed. The couple...
A three-section branch-line coupler is miniaturized using diamond-series stubs microstrip lines. The...
The design of a rat race directional coupler was investigated in the Cadence AWR Design Environment ...
In this paper, a miniaturized microstrip quadrature hybrid coupler (QHC) using U-shaped transmission...
In this paper, we will present a planar geometry design for a 6dB compact microwave coupler, and wil...
The design of the directional coupler with reduced physical dimensions, using compact structures. Th...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
In this paper, an explicit size reduction of a compact rat-race coupler implemented in a microstrip ...
High wave resistance line and no-load stubs were used as a tool for reducing the area of directional...
Nowadays, demands for fully integrated and miniaturized RFIC (Radio Frequency Integrated Circuits) h...
A study to determine how the operating frequency of the device during miniaturization depends on its...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
In this work, several types of microstrip couplers are investigated in terms of structure, performan...
In this paper, a compact design of a five-stub microstrip 3-dB coupler with significantly reduced ov...
New small size 3 dB microstrip 0°/180° coupler configurations are proposed and discussed. The couple...
A three-section branch-line coupler is miniaturized using diamond-series stubs microstrip lines. The...
The design of a rat race directional coupler was investigated in the Cadence AWR Design Environment ...
In this paper, a miniaturized microstrip quadrature hybrid coupler (QHC) using U-shaped transmission...
In this paper, we will present a planar geometry design for a 6dB compact microwave coupler, and wil...
The design of the directional coupler with reduced physical dimensions, using compact structures. Th...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...
This paper presents an elegant yet straightforward design procedure for a compact rat-race coupler (...