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Zuverlässige UVB- und UVC-LEDs für medizinische Anwendungen
/en/media-center/media-review/zuverlaessige-uvb-und-uvc-leds-fuer-medizinische-anwendungen
Forscher des Ferdinand-Braun-Instituts (FBH) konnten die Zuverlässigkeit von UVB- und UVC-LEDs deutlich verbessern. Ein wichtiger Schritt, um sie künftig auch kommerziell einsetzen zu können.
Laser-Community traf sich zur ISLC2021
/en/media-center/media-review/laser-community-traf-sich-zur-islc2021-1
Ferdinand-Braun-Institut organisierte die diesjährige „International Semiconductor Laser Conference“, eine der renommiertesten Konferenzen auf dem Gebiet der Halbleiter-Laser
Space Tech Expo Europe
/en/events/space-tech-expo-europe
Visit us at the Berlin Brandenburg joint booth in hall 5, booth P42
Digitization in cleanrooms – iSensU connects legacy tools to modern processing equipment
/en/research/research-news/digitization-in-cleanrooms-isensu-connects-legacy-tools-to-modern-processing-equipment
To make older systems ready for digitization, FBH has been developing iSensU to provide ad-hoc connectivity to legacy devices, black-box sensors, and industrial light towers. iSensU will shortly be…
600 W short-pulse hybrid-integrated 48-emitter DBR laser module for 3D flash LiDAR
/en/research/research-news/600-w-short-pulse-hybrid-integrated-48-emitter-dbr-laser-module-for-3d-flash-lidar
The multi-emitter source is ideally suited for autonomous driving, generating high peak power and pulses in the nanosecond range. Short pulses guarantee both high spatial resolution and eye safety.
Precise and reliable mounting of electronic components using an optimized hydrogen vacuum reflow solder system
/en/research/research-news/precise-and-reliable-mounting-of-electronic-components-using-an-optimized-hydrogen-vacuum-reflow-solder-system
We have recently installed a hydrogen vacuum reflow solder system. Now, a more precise and stable positioning of components at high throughput is possible. Digitalization of process parameters…
Quantum technologies on small satellites
/en/events/quantum-technologies-on-small-satellites
Talks and panel discussions will cover recent developments and tests of quantum payloads and its enabling technologies. As part of Science Week Berlin.
Micro-integrated high-power infrared laser source for direct material processing
/en/research/research-news/micro-integrated-high-power-infrared-laser-source-for-direct-material-processing
The FBH has developed an ultra-compact high-power micromodule. It comprises six inhouse-developed tapered laser diodes emitting in the NIR spectral range, delivering an output power > 30 watt with…
AlN low-inductance high-speed cores – enabling high-speed power electronics
/en/research/research-news/aln-low-inductance-high-speed-cores-enabling-high-speed-power-electronics
Low-inductance switching and low-thermal impedance environments are key parameters to enable GaN devices high switching speed. FBH has developed AlN power electronic modules that can serve as…
First 1.4 kW diode laser pump module emitting at 780 nm for high duty cycle pulsed MIR lasers
/en/research/research-news/first-14-kw-diode-laser-pump-module-emitting-at-780-nm-for-high-duty-cycle-pulsed-mir-lasers
Novel kW-class 780 nm pump modules with near symmetric beam quality have been demonstrated, suited for high repetition rate, long-pulse applications, without micro-channel coolers – a key enabling…