LASER COMPONENTS introduces the GB-530 from its partner PD-LD: a high-quality wavelength-stabilized laser source that is used, in particular, in Raman spectroscopy. This new product is based on volume Bragg grating technology, used by numerous well-known laser manufactures to stabilize the laser wavelength.
The volume Bragg grating, VBG®, allows the laser wavelength to be stabilized as accurately as ± 0.5 nm; thus for the most part, the wavelength does not depend on the temperature. At the same time, the optical full width half maximum is reduced to < 0.003 nm.
The fiber-coupled 530 nm laser source is equipped with an integrated driver, TE cooler, and a monitor diode; it is optimally suited as an inexpensive light source for Raman spectroscopy.
The new compact housing facilitates optimal heat conduction. The Raman Boxx can be operated in cw mode as well as modulated up to 100 kHz. The optical output power out of a single-mode fiber is >40 mW at a long-term power stability of <2%.
Further information: http://www.lasercomponents.com/...
Security + Defence, 24.-25.09.2013, Internat. Congress Center Dresden, Stand 304
enova - OPTO, 08.-10.10.2013, Paris Porte de Versailles, Frankreich, Stand L9
PHOTONEX 2013, 16.-17.10.2013, Ricoh Arena, Coventry, UK, Stand D20
BiOS EXPO 2014, 01.-02.02.2014, The Moscone Center, San Francisco, USA, Stand 8517
Photonics West 2014, 04.-06.02.2014, The Moscone Center, San Francisco, USA, Stand 517
The volume Bragg grating, VBG®, allows the laser wavelength to be stabilized as accurately as ± 0.5 nm; thus for the most part, the wavelength does not depend on the temperature. At the same time, the optical full width half maximum is reduced to < 0.003 nm.
The fiber-coupled 530 nm laser source is equipped with an integrated driver, TE cooler, and a monitor diode; it is optimally suited as an inexpensive light source for Raman spectroscopy.
The new compact housing facilitates optimal heat conduction. The Raman Boxx can be operated in cw mode as well as modulated up to 100 kHz. The optical output power out of a single-mode fiber is >40 mW at a long-term power stability of <2%.
Further information: http://www.lasercomponents.com/...
Security + Defence, 24.-25.09.2013, Internat. Congress Center Dresden, Stand 304
enova - OPTO, 08.-10.10.2013, Paris Porte de Versailles, Frankreich, Stand L9
PHOTONEX 2013, 16.-17.10.2013, Ricoh Arena, Coventry, UK, Stand D20
BiOS EXPO 2014, 01.-02.02.2014, The Moscone Center, San Francisco, USA, Stand 8517
Photonics West 2014, 04.-06.02.2014, The Moscone Center, San Francisco, USA, Stand 517
