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FBH Shows Laser Diodes At Space Tech Expo Europe
/en/media-center/media-review/fbh-shows-laser-diodes-at-space-tech-expo-europe
Ferdinand-Braun-Institut is showing its space-compatible, ultra-narrow linewidth diode laser modules and systems along with further III-V components for satellite applications at Space Tech Expo…
MikroSystemTechnik Kongress 2019
/en/events/mikrosystemtechnik-kongress-2019
Visit us at the MST-congress in Berlin at the joint booth with Research Fab Microelectronics Germany
Micro-integrated high-power infrared laser source for short-pulse pumping applications
/en/research/research-news/micro-integrated-high-power-infrared-laser-source-for-short-pulse-pumping-applications
The FBH has developed a laser system with high beam quality that is capable of combining two laser beams practically without any losses. The coupled radiation reaches >12 W in cw mode at…
Compact, efficient, robust and reliable: FBH developments for space applications
/en/media-center/press-releases/compact-efficient-robust-and-reliable-fbh-developments-for-space-applications
The Ferdinand-Braun-Institut presents its space-compatible, ultra-narrow linewidth diode laser modules and systems along with further III-V components for satellite applications at "Space Tech Expo…
Hot off the press - FBH's annual report
/en/events/hot-off-the-press-fbhs-annual-report
FBH's most important events and results achieved in 2018/19
Nanofabrication protocols for advanced quantum photonic circuits based on self-assembled quantum dots
/en/events/nanofabrication-protocols-for-advanced-quantum-photonic-circuits-based-on-self-assembled-quantum-dots
Nanofabrication protocols for advanced quantum photonic circuits based on self-assembled quantum dots Tommaso PregnolatoNiels Bohr Institut, Universität Kopenhagen
Erste volldigitale Transmitterkette für 5G-Mobilfunk
/en/media-center/media-review/erste-volldigitale-transmitterkette-fuer-5g-mobilfunk
Das FBH bringt 5G das Stromsparen bei: Neuartige Leistungsverstärker und Spannungsversorgungen sollen helfen, den Stromverbrauch moderner Informations- und Kommunikationstechnologien wie 5G zu…
Development of optical microresonators and waveguides – the basis for an error-free analyzer for Bell states
/en/research/research-news/development-of-optical-microresonators-and-waveguides-the-basis-for-an-error-free-analyzer-for-bell-states
FBH contributes its expertise in the field of process technology and has developed a design which combines sufficient mechanical stability with excellent optical properties.
Analytical description of UV-LED degradation allows to predict device lifetime
/en/research/research-news/analytical-description-of-uv-led-degradation-allows-to-predict-device-lifetime
FBH has investigated current induced degradation processes of deep UV LEDs. The derived acceleration factors point to the importance of optimizing the charge carrier distribution to improve the…