Fraunhofer-Gesellschaft Zur Foerderung Der Angewandten Forschung E.V.

Friedrich-schiller-universitat Jena

Friedrich-schiller-universitaet

Falk Eilenberger

Thomas Pertsch

Andrey Turchanin

Markus Schmidt

Markus Graefe

Frank Setzpfandt

Markus Gräfe

Tobias Vogl

Antony George

A method for measurement of a sequence of recurring electronic signals () is proposed, wherein the sequence to be measured consists of n recurring electronic signals, wherein a time-to-digital converter () and a memory () are provided. In this regard, it is essential that, to measure the sequence for an i-th signal of the sequence, a voltage Uis specified and a time tat which the i-th signal () has the specified voltage Uis measured on the basis of the specified voltage U, with the following steps, preferably in this order:

Measurement of a sequence of recurring electronic signals

An optical assembly for the illumination and hyperspectral evaluation of an object, having a light source or an optical element at which a light source radiates, wherein the light source or the optical element is designed to divide pairs of unambiguously assignable photons into a first light beam and a second light beam so that the first light beam hits a first detector system and the second light beam is directed at an object and light radiation coming from the object is directed at an optical element which spectrally decomposes light radiation and, from the optical element spectrally decomposing said light radiation, is directed at a second detector system. The first light beam can also be directed at a spectrally decomposing optical element and, from there, at a first detector system, and the light radiation coming from the object can be directed directly at the second detector system. The first detector system is designed to perform a spatially resolved sensing of the first light beam, and the first detector system or the second detector system is designed to perform a spectrally resolved sensing of the second light beam. The detector systems are connected to an electronic evaluation unit, by means of which the measurement signals captured with spatial and spectral resolution are associated. The first and second light beams are spectrally, spatially and temporally correlated.

Optical assembly for the hyperspectral illumination and evaluation of an object

Growing community of inventors

Jena, Germany

Falk Eilenberger