FBH has developed an ultra-compact microwave plasma source for atmospheric pressure. It delivers a potential-free microwave plasma with a plasma power in the 15 to 20 W range, which is sufficient for many applications.
Dear customers and cooperation partners,
Since April 20, we have been gradually resuming our experimental R&D work in the laboratories. By now, we are back in full operation for you – please do not hesitate to get in touch with us!
Am Ferdinand-Braun-Institut in Berlin wurde eine Messeinheit mit maßgeschneiderten Breitband-Mikrowellen-Downconvertern von Keysight Technologies in Betrieb genommen. Damit sind an der Forschungseinrichtung alle Schlüsselkomponenten für ein neuartiges 5G-MIMO-System verfügbar.
With the delivery of Keysight Technologies' custom-designed wideband microwave downconverters, all key components for the novel 5G-MIMO system are now in place at Ferdinand-Braun-Institut. The system was funded within Research Fab Microelectronics Germany and will enable unique measurements and research.
FBH has developed an ultra-compact microwave plasma source for atmospheric pressure. It delivers a potential-free microwave plasma with a plasma power in the 15 to 20 W range, which is sufficient for many applications.
With the delivery of Keysight Technologies’ custom-designed wideband microwave downconverters, all key components for the novel 5G-MIMO system are now in place at Ferdinand-Braun-Institut.
Joint Lab GaN Optoelectronics, the Ferdinand-Braun-Institut (FBH) and Technische Universität Berlin (TUB) have developed AlGaN LEDs emitting in the far UV spectral range. The LEDs emit at wavelengths around 230 nm and provide more than one milliwatt output power.
A novel LED irradiation system developed by the Ferdinand-Braun-Institut aims to kill microorganisms with ultra-short wave UV light – without side effects
A novel LED irradiation system developed by the Ferdinand-Braun-Institut aims to kill microorganisms with ultra-short wave UV light – without side effects.
A novel LED irradiation system developed by the Ferdinand-Braun-Institut aims to kill microorganisms with ultra-short wave UV light - without side effects. Prototype handed over to the Charité for initial testing.
A novel LED irradiation system developed by the Ferdinand-Braun-Institut aims to kill microorganisms with ultra-short wave UV light – without side effects. Prototype handed over to the Charité for initial testing.
To treat eye diseases, laser coagulation with laser emission at 532 nm is widely used. For this purpose, FBH is developing high reliable, high spectral radiance laser sources emitting at 1064 nm for second harmonic generation, thus halving the wavelength.
Dr. Sven Ramelow, Humboldt-Universität zu Berlin
The ISLC "International Semiconductor Laser Conference" planned for October 2020 has been canceled
The IWN 2020 workshop will highlight the latest advances in the field of group-III nitride materials, nanostructures and devices. It is co-organized by FBH.
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
