Fluorescence lifetime measurement
It is possible to perform time-resolved measurements with multiple wavelengths simultaneously! A system that combines a streak camera and a spectrometer.
The "fluorescence lifetime measurement device" has high temporal resolution in the picosecond range, allowing for the direct observation of the photodynamics of luminescent molecules through time-resolved emission spectrum measurements. It is possible to capture the processes that change moment by moment from the optical excited state directly. By combining a spectrometer and a streak camera, it enables simultaneous time-resolved measurements at multiple wavelengths, and tracks spectral changes in the time domain according to the time resolution of the laser, not just the fluorescence lifetime. 【Features】 <Spectrometer> ■M25 Monochromator - Capable of extracting light of a specific wavelength through a slit - Optical system: Asymmetric deformable Czerny-Turner mount type - Wavelength range: 200–1,400 nm - Resolution: Half-width 0.1 nm *For more details, please refer to the related links or feel free to contact us.
basic information
【Other Features】 <Streak Camera OptoScope> ■ A light detection device that captures light generated at ultra-high speeds in a short time ■ Capable of measuring temporal changes in light intensity of the measurement target with a time resolution of at least 2ps (picoseconds) ■ Can measure not only the spatial distribution of light intensity but also the temporal changes in the emission spectrum when combined with a spectrometer ■ Effective size of the photodetector: 8×2mm ■ Wavelength sensitivity: 200nm to 900nm (varies depending on the type of photodetector, which can be selected) ■ Readout CCD unit: 1,392×1,040 pixels 12bit *For more details, please refer to the related links or feel free to contact us.
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