Abstract: A seeker head for a guided missile has an outer casing, a detector unit with a matrix detector, and an optical system for depicting an object from an object scene surrounding the guided missile on the matrix detector. The optical system contains entrance optics and an optical link. The seek head further has a rolling-pitching system with a rolling frame and a pitching frame for aligning at least the entrance optics with the object. In order to be able to detect even objects that are far away and radiating weakly when the guided missile is rolling, it is proposed that the detector unit is arranged on the rolling frame for conjoint rolling.

Abstract: A seeker head for a guided missile has an outer casing, a detector unit with a matrix detector, and an optical system for depicting an object from an object scene surrounding the guided missile on the matrix detector. The optical system contains entrance optics and an optical link. The seek head further has a rolling-pitching system with a rolling frame and a pitching frame for aligning at least the entrance optics with the object. In order to be able to detect even objects that are far away and radiating weakly when the guided missile is rolling, it is proposed that the detector unit is arranged on the rolling frame for conjoint rolling.

Abstract: An electronic assembly has a plurality of functional units each including a board element populated with electronic modules. The board elements are connected to one another in terms of signaling via a contact board. An assembly having a high degree of communication flexibility in conjunction with favorable production costs can be provided if it contains a communication unit connected to the contact board directly by data lines. The communication unit is populated with electronic components in such a way that it serves as a communication interface for modules of the board elements.

Abstract: An electronic assembly has a plurality of functional units each including a board element populated with electronic modules, which board element has in each case a number of contact locations arranged in at least one row, and a contact board, which has for each board element at least one row of contact receptacles that are directly electrically connected to the contact locations of the associated board element. These rows point toward a side of the contact board in their longitudinal direction. A plurality of similar assemblies are produced compactly and cost-effectively by providing a communication unit separate from the contact board and serving for communication with modules of the board elements. The communication unit is connected to the contact board via a plurality of data lines which are contact-connected to the contact board on the side to which the rows point.

Abstract: An electronic assembly has a plurality of functional units each including a board element populated with electronic modules, which board element has in each case a number of contact locations arranged in at least one row, and a contact board, which has for each board element at least one row of contact receptacles that are directly electrically connected to the contact locations of the associated board element. These rows point toward a side of the contact board in their longitudinal direction. A plurality of similar assemblies are produced compactly and cost-effectively by providing a communication unit separate from the contact board and serving for communication with modules of the board elements. The communication unit is connected to the contact board via a plurality of data lines which are contact-connected to the contact board on the side to which the rows point.

Abstract: An electronic assembly has a plurality of functional units each including a board element populated with electronic modules. The board elements are connected to one another in terms of signaling via a contact board. An assembly having a high degree of communication flexibility in conjunction with favorable production costs can be provided if it contains a communication unit connected to the contact board directly by data lines. The communication unit is populated with electronic components in such a way that it serves as a communication interface for modules of the board elements.

Abstract: In a method for detecting an image signal by means of an array (30) of photosensitive devices (10) with each of which the charge of a capacitance (12) can be altered, an optical signal (20) of each photosensitive device is first detected by means of the following substeps: creating a charge condition of the capacitance with a predetermined voltage (+U_DD), changing the charge of the capacitance (12) either with a photocurrent generated in the photosensitive device (10) by the optical signal (20) or with a quantity derived from the same and detecting the voltage across the capacitance (12) after a predetermined time period, deciding whether the detected voltage lies within a valid range and, if this is so, determining on the basis of the detected voltage a valid signal which characterizes the detected optical signal, and, if this is not so, repeating the cited steps with a time period which differs from the predetermined time period either a predetermined number of times or until it is determined that the