PM-C-BB: The New Generation of Compact Phase Modulators
Our laser modulators for applications outside the laser cavity are available for a broad wavelength range. Outstanding features of the new model PM-C-BB phase modulator include its compact design and an economical price. It is specially designed for applications in metrology and interferometry. Thanks to its electrooptic crystal, cut at Brewster's angle, it is just as well suited for a broad wavelength range within in the laser cavity. For the best phase stability, we also offer a version with integrated temperature stabilization. A one-inch mounting adapter facilitates mounting, for example in a one-inch Lees or adjust.x mirror mount.
The Pockels cells give you a large selection of crystal materials for wavelengths from 250 nm to 3 μm. Our BPC 8, with its KD*P crystal cut at Brewster's angle, enables very high transmission and is excellently suited for lasers with low amplification.
A highlight of the Faraday isolators is the addition of the FI-488-3SC and -5SC models to our extremely compact SC Series. The use of optically contacted polarizers ensures the high isolation and transmission of this model. Our SV Series has been expanded by the addition of model FI-405-5SV, a single-stage isolator that is exceptional not only for its excellent optical values but also for its cylindrical design and small dimensions.
The Pockels cells give you a large selection of crystal materials for wavelengths from 250 nm to 3 μm. Our BPC 8, with its KD*P crystal cut at Brewster's angle, enables very high transmission and is excellently suited for lasers with low amplification.
A highlight of the Faraday isolators is the addition of the FI-488-3SC and -5SC models to our extremely compact SC Series. The use of optically contacted polarizers ensures the high isolation and transmission of this model. Our SV Series has been expanded by the addition of model FI-405-5SV, a single-stage isolator that is exceptional not only for its excellent optical values but also for its cylindrical design and small dimensions.
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