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Approaches for higher power in GaAs-based broad area diode lasers
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High-power diode lasers based on GaAs are the most efficient light sources for converting electrical input to optical power. For making them even more efficient, FBH continued its work to understand…
Robust laser technology for climate satellites
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The Franco-German satellite MERLIN is due to be launched into space in 2025 to measure the methane concentration in the Earth’s atmosphere – a milestone in climate research. Important components of…
FBH Update – We are in full operation for you!
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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…
µPQ – ultra-compact microwave plasma source for atmospheric pressure
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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…
Unique measurement system for 5G-MIMO and space applications
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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.
Extended lifetime for DBR tapered diode lasers due to a novel internal output DBR-grating
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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…
Fighting hospital germs with UVC light-emitting diodes
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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…
Raman spectroscopic investigations on soil using a 785 nm dual-wavelength diode laser
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Precision agriculture is becoming increasingly important. The FBH evaluates the potential of Raman spectroscopy. The non-destructive optical method can be used to characterize soil, thus paving the…
Ferdinand-Braun-Institut showcases latest developments at Laser Optics Berlin
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Ferdinand-Braun-Institut showcases latest developments at Laser Optics Berlin Due to their reliability, small size, high output power and high efficiency, semiconductor lasers are increasingly…
Prof. Dr.-Ing. Wolfgang Heinrich becomes new President of the European Microwave Association
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Der langjährige Abteilungsleiter Mikrowellentechnik des Ferdinand-Braun-Instituts und Professor an der Technischen Universität Berlin, Wolfgang Heinrich, übernahm zum Jahreswechsel 2010 die…