To reduce power consumption of optoelectronic devices FBH conducts researches to lower contact resistance between the contact and the semiconductor material. Focus is the contact system at the Pd/gallium nitride (GaN) interface.
Mit UV-LEDs ausgestattet kann das System Keime auf Oberflächen wie Handydisplays beseitigen. Auch LEDs, die das optimale Emissionsspektrum zum Aushärten von Polymeren oder für medizinische Behandlungen liefern, lassen sich einbauen.
To reduce power consumption of optoelectronic devices FBH conducts researches to lower contact resistance between the contact and the semiconductor material. Focus is the contact system at the Pd/gallium nitride (GaN) interface.
Berlin-based Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) and its spin-off UVphotonics NT GmbH have designed and developed a versatile turnkey irradiation system for surface treatment.
Berlin-based Ferdinand-Braun-Institut (FBH) and its spin-off UVphotonics NT GmbH have designed and developed a versatile turnkey irradiation system for surface treatment.
For disinfection purposes, the compact system can be equipped with UV LEDs to elim-inate germs on critical surfaces such as mobile phones. It can also be assembled with LEDs providing the optimum emission spectrum for polymer curing and medical treatments – even multiple wavelengths are possible.
Mit einem neu entwickelten LED-Strahler aus dem Ferdinand-Braun-Institut sollen Mikroorganismen mit ultrakurzwelligem UV-Licht abgetötet werden – ohne Nebenwirkungen. Prototyp zu ersten Tests an die Charité übergeben.
Marko Hübner
Ferdinand-Braun-Institut Berlin
The 2. International Conference on UV LED Technologies & Applications - ICULTA 2021 - will take place in Berlin, Germany
Recruiting and securing skilled personnel plays a vital role at the institute - FBH coordinates projects related to:
The FBH is also the central contact for the respective issues in the Photonics Cluster.
at numerous universities and colleges - on a regional as well as national level
