"Coupling, within electronics, is the transfer of electrical energy from one circuit segment to another. Microwave circuits have applications within communications, remote sensing, radar, satellite systems, antenna engineering and more. As the field moves toward higher frequencies and the development of integrated circuits with high-speed, high reliability and multiple functions, while circuits become smaller and smaller, the quality of connections within the circuit becomes a significant factor in performance. Better ...
Read More
"Coupling, within electronics, is the transfer of electrical energy from one circuit segment to another. Microwave circuits have applications within communications, remote sensing, radar, satellite systems, antenna engineering and more. As the field moves toward higher frequencies and the development of integrated circuits with high-speed, high reliability and multiple functions, while circuits become smaller and smaller, the quality of connections within the circuit becomes a significant factor in performance. Better modeling, and improved processes for test and measurement, lead to stronger and more reliable electromechanical connections across a variety of different media as well as within harsh environments."--
Read Less
