Aopu Tiancheng ATP6500 research grade high-sensitivity fiber optic spectrometer, with a wide range of 190nm-1100nm spectral detection capabilities.
Three core technological breakthroughs:
Adopting a back illuminated CCD with deep cooling to -15 ℃ can suppress dark current noise and clear obstacles for capturing weak signals.
With over 90% quantum efficiency and industry-leading ultra-low noise circuits, it can clearly monitor extremely weak fluorescence and Raman signals that were previously difficult to capture.
For system integration, it has a small size and can complete control and data transmission through a single USB cable. It can flexibly adapt to both fiber optic access and free space optical paths.
In fluorescence detection, it can accurately capture weak fluorescence signals. As the core detector of Raman spectrometer, it can effectively improve the signal-to-noise ratio and detection limit of Raman system. In micro and rapid spectrophotometric analysis, it can achieve high-speed and high-precision quantification of substance components. Users can choose different incident slits and various measurement accessories according to their specific needs, making it easy to build customized spectral detection solutions.
ATP6500 has become an important data cornerstone in cutting-edge research due to its excellent sensitivity and stability.