Supercontinuum SC400-PP and SC450-PP - Fianium - #1

/ 2


catalogue search
Supercontinuum SC400-PP and SC450-PP - Fianium
P. 01
Supercontinuum SC400-PP and SC450-PP - Fianium
P. 02
Pages:
Supercontinuum SC400-PP and SC450-PP - Fianium


See other catalogues for Fianium
You may also be interested in

Supercontinuum, Laser, Filter, Fiber laser, Femtosecond laser


Text version of the page
SC400-PP and SC450-PP are ultra-broadband supercontinuum radiation sources with a built in pulse-picker to control repetition rate. These systems are ideal for time-resolved measurements where the pulse-to-pulse spacing can be optimised for specific applications. They maintain the very high spectral brightness and excellent beam quality common to all Fianium Supercontinuum Systems. Flexible Now available with repetition rates up to 80MHz, the SC400-PP and SC450-PP are very versatile high-power systems suitable for the widest range of uses including both time-resolved and steady-state (CW) measurements. Fianium supercontinuum systems also have proven compatibility with a range of detectors, including streak cameras and Time-Correlated Single Photon Counting (TCSPC) equipment. Reliable The lasers utilise an inherently robust all-fiber design allowing for unprecedented levels of reliability from an ultrafast laser. In addition, the systems are easy to use, maintenance-free, air-cooled and require no alignment. Advanced Supercontinuum Systems Variable repetition rate, high-power, ultra-broadband, white-light laser systems Supercontinuum SC400-PP and SC450-PP NEW PRODUCT DATASHEET • Fluorescence Lifetime Imaging (FLIM) • Nanophotonics • Time-resolved and lifetime measurements • Confocal Fluorescence Microscopy • Total Internal Reflection Fluorescence (TIRF) Microscopy • Single Molecule Imaging • Broadband Spectroscopy Applications • Vaiable repetition rates from 100kHz to 80MHz • Pulse-to pulse spacing from ěs to ns • Spectrum from 400nm to beyond 2ěm • Output power up to 6W • Vaiable output power with full supercontinuum spectrum • Single spatial mode at all wavelengths Key Features

pageCatalog pdf di En 2012-05-22-29