Abstract: A sensor for detecting the pressure of a fluid has a sensor body having at least one first body part and one second body part. The first body part and the second body part are joined together in such a way that a first face of the first body part faces a first face of the second body part, at a distance therefrom. The pressure sensor has a circuit arrangement, which includes at least one first electrical circuit that extends at least in part in an area corresponding to a membrane portion and is configured for detecting an elastic flexure or deformation thereof.

Abstract: A sensor has a sensor body with a first face and a second face opposite to one another, and a circuit arrangement supported by the sensor body that includes a first electrical circuit pattern on the first face, a second electrical circuit pattern on the second face, connection means, which electrically connect the first circuit pattern to the second circuit pattern and has at least one through hole that extends axially between the two faces of the sensor body. A plurality of terminals are electrically connected to the first circuit pattern and/or the second circuit pattern. The at least one through hole is preferably closed at the second face of the sensor body via a closing member (30) having pre-formed body with a closing portion having a diameter, greater than a diameter, of the opening of the through hole at the second face of the sensor body.

Abstract: A sensor has a sensor body with a first face and a second face opposite to one another, and a circuit arrangement supported by the sensor body that includes a first electrical circuit pattern on the first face, a second electrical circuit pattern on the second face, connection means, which electrically connect the first circuit pattern to the second circuit pattern and has at least one through hole that extends axially between the two faces of the sensor body. A plurality of terminals are electrically connected to the first circuit pattern and/or the second circuit pattern. The at least one through hole is preferably closed at the second face of the sensor body via a closing member (30) having pre-formed body with a closing portion having a diameter, greater than a diameter, of the opening of the through hole at the second face of the sensor body.

Abstract: A pressure sensor has a circuit arrangement supported by a sensor body and includes: a first electrical-circuit pattern, having respective tracks made of electrically conductive material deposited on a first face of an electrically insulating material, a second electrical-circuit pattern having respective tracks made of electrically conductive material deposited on a region of the second face of the material, and connection means, which electrically connect the first electrical-circuit pattern to the second electrical-circuit pattern. Tracks of the second electrical-circuit pattern have at least one first track defining a plurality of first pads and one second track defining a plurality of second pads, for connection of a first terminal and of a second terminal of the second circuit component, respectively. The first and second track are prearranged so that the first terminal and the second terminal can be connected to any one of the first pads and the second pads.

Abstract: A pressure sensor has a circuit arrangement supported by a sensor body and includes: a first electrical-circuit pattern, having respective tracks made of electrically conductive material deposited on a first face of an electrically insulating material, a second electrical-circuit pattern having respective tracks made of electrically conductive material deposited on a region of the second face of the material, and connection means, which electrically connect the first electrical-circuit pattern to the second electrical-circuit pattern. Tracks of the second electrical-circuit pattern have at least one first track defining a plurality of first pads and one second track defining a plurality of second pads, for connection of a first terminal and of a second terminal of the second circuit component, respectively. The first and second track are prearranged so that the first terminal and the second terminal can be connected to any one of the first pads and the second pads.

Abstract: A pressure sensor having a structure, which includes a supporting body, a circuit arrangement and at least one circuit support. The circuit arrangement includes circuit components, amongst which detection means for generating electrical signals representing a quantity to be detected. The at least one circuit support is connected to the supporting body and has a surface, formed on which is a plurality of said circuit components, amongst which electrically conductive paths, where the circuit support is laminated on the first face of the supporting body.

Abstract: A pressure sensor having a structure, which includes a supporting body, a circuit arrangement and at least one circuit support. The circuit arrangement includes circuit components, amongst which detection means for generating electrical signals representing a quantity to be detected. The at least one circuit support is connected to the supporting body and has a surface, formed on which is a plurality of said circuit components, amongst which electrically conductive paths, where the circuit support is laminated on the first face of the supporting body.