Used TSP AS 100 #9274651 for sale

TSP AS 100 is an advanced spectrometer designed to provide highly accurate spectral data for measurement of atomic emission and absorption rates in a wide range of applications. The spectrometer features a large number of optical channels in the visible and ultraviolet range, allowing for precise analysis of different elements. Each channel contains an optical array that is collimated and focused onto a light detector. The array consists of several thin layers of ocular lenses that are arranged to allow the passage of specific wavelengths of light. The detector is a 10-port device with an array of 64 photo diodes. The diodes are permanently bonded to a substrate layer, enabling further improvements in precision of the measurements. The diodes are capable of detecting light in both the visible and ultraviolet spectrum and can operate in both direct and multi-modal mode. The detector is also equipped with advanced image analysis techniques that allow for accurate analysis of spectral data. The spectrometer is designed to be used in a variety of testing procedures, such as x-ray fluorescence, spectral emission and absorption, and dark-field imaging. It is designed to be integrated into various analytical systems such as flow cytometry and electron microscopy. The instrument is also capable of performing spectral analysis of different elements in surface samples, and can be used in non-destructive methods of analysis. AS 100 also allows for near-infrared and Raman spectroscopy, perfect for measuring a wide range of sample spectra. TSP AS 100 features a sophisticated computer control system, allowing for customizable parameters and settings to be programmed into the instrument to optimize data collection. The advanced optics system enables AS 100 to provide highly accurate spectral analysis. In addition, due to the large dynamic range of the instrument, it allows for greater flexibility in terms of spectral analysis, enabling measurements to be conducted in lower intensity light conditions. Finally, the instrument offers an impressive signal-to-noise ratio which helps ensure accuracy and precision in results.