FBH at Photonics West
At the world-wide leading fair for optics and photonics, the Ferdinand-Braun-Institut presents its research results in various lectures and posters. For further details and the conference program please visit the SPIE website.
FBH's contributions
- Shifted excitation Raman difference spectroscopy using a dual-wavelength DBR diode laser at 671 nm
- Watt-level continuous-wave diode lasers at 1180 nm with InGaAs quantum wells
- Narrow-stripe broad-area lasers with distributed-feedback surface gratings as brilliant sources for high power spectral beam combining systems
- Study of waveguide designs for high-power 9xx nm diode lasers operating at 200 K
- Simple design for fiber coupled 9xx nm kW-QCW pump module with high duty cycle based on customized chips and lateral heat removal
- Coupling of DBR tapered diode laser radiation into a single-mode-fiber at high powers
- Enhanced charge carrier injection for UV LEDs emitting below 250 nm
- Red-emitting monolithic dual-wavelength DBR diode lasers for shifted excitation Raman spectroscopy
- Properties of 62x nm red-emitting single-mode diode lasers
- Second harmonic pico-second pulse generation with mode-locked 1064 nm DBR laser diodes
- Cryogenic ultra-high-power infrared diode laser bars (Invited Paper)
- UV-LEDs: the long road towards shorter wavelengths (Invited Paper)
- High-power UV LEDs in the 290 nm to 330 nm wavelength range
Conference: 01.-06.02.2014, San Francisco (US)