Forschungsverbund Berlin E.v.

Katrin Paschke

Hans Wenzel

Martin Maiwald

Andre Müller

Götz Erbert

Bernd Sumpf

Bernd Eppich

Christian Fiebig

Jörg Fricke

Alexander Sahm

Reiner GÜTHER

Gunnar Blume

Mirko Uebernickel

The inventive waveguide structure comprises a first waveguide region having a constant first width adapted to guide electromagnetic waves mode sustainably along its longitudinal axis; a second waveguide region adapted to guide electromagnetic waves mode sustainably along its longitudinal axis, wherein the longitudinal axis of the first waveguide region and the longitudinal axis of the second waveguide region form a common longitudinal axis of the waveguide structure, wherein a first end face of the first waveguide region and a first end face of the second waveguide region are aligned with each other, the width of the first end face of the second waveguide region corresponding to the first width, and the width of the second waveguide region along its longitudinal axis widens from the first end face to a second end face to a second width greater than the first width.

Waveguide structure and optical system with waveguide structure

The invention relates to an optical bank () comprising a carrier () for receiving optical components () and a crystal () that is mechanically connected to the carrier, for changing the frequency of the light irradiated into the crystal () from a light source (). Two rails () are arranged essentially in parallel on the carrier (). The crystal () and the carrier () are mechanically connected by a surface of the rails (), facing away from the carrier (). A heat conducting element () is arranged on the crystal, said heat conducting element being applied to the surfaces of the rails (), that face away from the carrier ().

Optical bank and method for producing the optical bank

Growing community of inventors

Michendorf, Germany

Katrin Paschke