Abstract: A housing for containing at least an electronic component therein is provided. At least a tuning element is disposed in a wall of the housing at a predetermined location. The at least a tuning element forms an opening having a pilot aperture with a countersink aperture connected thereto. The pilot aperture and the countersink aperture are determined such that the housing has a tuned mechanical frequency response for improving the signal quality of an electric signal transmitted therein or therethrough.

Abstract: A housing for containing at least an electronic component therein is provided. At least a tuning element is disposed in a wall of the housing at a predetermined location. The at least a tuning element forms an opening having a pilot aperture with a countersink aperture connected thereto. The pilot aperture and the countersink aperture are determined such that the housing has a tuned mechanical frequency response for improving the signal quality of an electric signal transmitted therein or therethrough.

Abstract: The present invention relates to an electrical transmission device. The device comprises a tube containing a liquid conducting material therein. A first and a second connector element are connected to a first and a second end portion of the tube, respectively, such that the liquid conducting material is contained in the tube in a sealed fashion. The first connector element receives an electrical signal and providing the same to the liquid conducting material for transmission to the second connector element. The second connector element receives the electrical signal from the liquid conducting material and provides the received electrical signal. The electrical signal provided by the second connector element has substantially a same phase coherence than the electrical signal received at the first connector element.

Abstract: The present invention relates to an electrical transmission device. The device comprises a tube containing a liquid conducting material therein. A first and a second connector element are connected to a first and a second end portion of the tube, respectively, such that the liquid conducting material is contained in the tube in a sealed fashion. The first connector element receives an electrical signal and providing the same to the liquid conducting material for transmission to the second connector element. The second connector element receives the electrical signal from the liquid conducting material and provides the received electrical signal. The electrical signal provided by the second connector element has substantially a same phase coherence than the electrical signal received at the first connector element.