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Epitaxie von III-V Halbleitern
/en/events/epitaxie-von-iii-v-halbleitern
FBH at the 30th Meeting of the German DGKK
INMMIC
/en/events/inmmic
INMMIC At the Workshop on Integrated Nonlinear Microwave and Millimetre-wave Circuits (INMMiC) the FBH presents the following Poster: "Analysis of the Switching Threshold in Dual-Level Class-G…
2.45 GHz Leistungsoszillator zur Plasmaerzeugung mit kompakten Modulen in Matrixanordnung (ZIM-Projekt QUADRIGA)
/en/events/245-ghz-leistungsoszillator-zur-plasmaerzeugung-mit-kompakten-modulen-in-matrixanordnung-zim-projekt-quadriga
2.45 GHz Leistungsoszillator zur Plasmaerzeugung mit kompakten Modulen in Matrixanordnung (ZIM-Projekt QUADRIGA) Christian BanslebenFerdinand-Braun-Institut, Berlin
Advanced Power Semiconductor Laboratory - new at ETH Zürich, Switzerland
/en/events/advanced-power-semiconductor-laboratory-new-at-eth-zuerich-switzerland
Advanced Power Semiconductor Laboratory - new at ETH Zürich, Switzerland Prof. Dr. Ulrike GrossnerETH Zürich
Third funding phase for the Collaborative Research Center "Semiconductor NanoPhotonics" granted
/en/events/third-funding-phase-for-the-collaborative-research-center-semiconductor-nanophotonics-granted
The German Research Foundation (DFG) funds the network for additional four years
24 Wavelength DBR Laser Array with Surface Gratings for Optical Systems
/en/research/research-news/24-wavelength-dbr-laser-array-with-surface-gratings-for-optical-systems
Arrays with small linewidth lasers featuring defined spatial positions and emission frequencies are attractive light sources for optical systems like 3D scanners.
Plasmonic Devices: Aktueller Stand und Ausblick
/en/research/research-news/plasmonic-devices-aktueller-stand-und-ausblick
Plasmonic Devices: Aktueller Stand und Ausblick Adam RämerFerdinand-Braun-Institut, Berlin
Neue Niederlassung für Laserdioden
/en/media-center/media-review/neue-niederlassung-fuer-laserdioden
Neue Niederlassung für Laserdioden Am 1. Oktober eröffnete der Laserhersteller TRUMPF eine neue Niederlassung für die Vorausentwicklung von Laserdioden in Berlin. In räumlicher Nähe und in…
Hohe Impulsliefer-Energien erreichen
/en/media-center/media-review/hohe-impulsliefer-energien-erreichen
Modul mit 6 kW Lichtleistung basiert auf besonders effizienten, leistungsstarken 940 nm QCW-Diodenlasern aus dem FBH.