In this paper the design technique for MMIC lumped element directional couplers, based on arbitrary termination impedance, is described. Arbitrary impedance terminations allow matching the linear and nonlinear elements to the coupler without the requirement of transformer networks. The technique’s capability is demonstrated through the design of a single balanced mixer prototype at 1.8GHz for which measured and simulated data are provided
In this paper, a balanced-to-balanced filtering directional coupler (FDC) that can realize a 3 dB co...
A new class of miniature quadrature couplers suitable for microwave integrated circuits (MICs) and m...
Design formulas for the development of an uncommon 180° hybrid working in two distinct frequency ban...
In this paper the design technique for MMIC lumped element directional couplers, based on arbitrary ...
A concept to induce a very high directivity and a flat coupling over a large bandwidth in compact mi...
The well-known concept of image impedances is used to develop lumped-element mid-series and mid-shun...
This paper outlines the capability to develop a 3D compact-size branch-line directional coupler with...
A directional coupler using stepped-impedance broadside coupled structure is presented. The design i...
Abstract—In this paper, a balanced directional coupler structure with lumped elements is presented a...
This paper presents the topology of the directional coupler that carries out the power division of 1...
Microstrip coupled line is parallel coupled transmission lines formed by coupling two conducting str...
Cataloged from PDF version of article.We analyze the microstrip directional couplers with a special ...
The purpose of this thesis is to present a design for a balanced microwave mixer, operating in the X...
Microstrip coupled line is parallel coupled transmission lines formed by coupling two conducting str...
Abstract — Directional Coupler (DC) is a passive device which is primarily employed for monitoring p...
In this paper, a balanced-to-balanced filtering directional coupler (FDC) that can realize a 3 dB co...
A new class of miniature quadrature couplers suitable for microwave integrated circuits (MICs) and m...
Design formulas for the development of an uncommon 180° hybrid working in two distinct frequency ban...
In this paper the design technique for MMIC lumped element directional couplers, based on arbitrary ...
A concept to induce a very high directivity and a flat coupling over a large bandwidth in compact mi...
The well-known concept of image impedances is used to develop lumped-element mid-series and mid-shun...
This paper outlines the capability to develop a 3D compact-size branch-line directional coupler with...
A directional coupler using stepped-impedance broadside coupled structure is presented. The design i...
Abstract—In this paper, a balanced directional coupler structure with lumped elements is presented a...
This paper presents the topology of the directional coupler that carries out the power division of 1...
Microstrip coupled line is parallel coupled transmission lines formed by coupling two conducting str...
Cataloged from PDF version of article.We analyze the microstrip directional couplers with a special ...
The purpose of this thesis is to present a design for a balanced microwave mixer, operating in the X...
Microstrip coupled line is parallel coupled transmission lines formed by coupling two conducting str...
Abstract — Directional Coupler (DC) is a passive device which is primarily employed for monitoring p...
In this paper, a balanced-to-balanced filtering directional coupler (FDC) that can realize a 3 dB co...
A new class of miniature quadrature couplers suitable for microwave integrated circuits (MICs) and m...
Design formulas for the development of an uncommon 180° hybrid working in two distinct frequency ban...