Abstract: A compressor device for compressing a gas in at least one compression chamber in at least one compression cylinder is disclosed. In each of at least two drive cylinders, at least one drive piston is disposed, said at least one drive piston dividing each of the at least two drive cylinders into two drive chambers. The at least one first and second drive chamber, by way of a hydraulic fluid, are able to be periodically impinged with a fluid pressure in order for the respective drive piston to be moved. Each of the remaining drive chambers in the at least two drive cylinders, by way of a connection piece, are connected in a non-positive locking manner by a fluid. The movement of the drive pistons by way of at least one mechanical connection means is able to be transmitted to at least one compression piston.

Abstract: The present invention relates to a semiconductor component (1) having a photosensitive semiconductor layer (2), wherein the photosensitive semiconductor layer (2) is doped with a first doping density (D1) of a first conduction type which brings about an effective conversion of electromagnetic radiation penetrating into the semiconductor layer (2) into electrical charge carriers, having at least two modulation gates (4A, 4B) which are arranged at a mutual spacing and are each formed by a trench gate extending from a surface (3) of the semiconductor layer (2) and perpendicular to this surface (3) into the semiconductor layer (2), and having at least two readout diodes (5A, 5B) arranged at a mutual spacing and near the surface (3) between the two modulation gates (4A, 4B).