Oct
16
Oct
15
Product Introduction | ATP1000 Series Spectrometer
Optosky’s ATP1000 series spectrometers are ultra-thin, lightweight, and low power, with a 190-1100nm range. The ATP1010 features a 512-pixel CMOS, while the ATP1030 offers higher resolution with a 1024-pixel CMOS. They are ideal for applications like water quality analysis, LED sorting, and fluorescence spectroscopy, with OEM customization options available.
Oct
11
Introduction to the optical path of a spectrometer
This article introduces the optical path structures of Optosky ATP series spectrometers. It covers reflective and transmissive paths, with reflective paths being more common due to less chromatic aberration. The M-type Czerny-Turner path offers higher resolution, while the crossed CT path is more compact and sensitive. Concave and transmission gratings are also discussed, with concave designs reducing stray light and transmission paths offering higher resolution for weak signal detection.
Oct
10
Introduction to Spectrometer Detectors
Spectrometer detectors are key components that affect sensitivity, signal-to-noise ratio, and dynamic range. Types include PMT, PD, CCD, CMOS, InGaAs, and MCT detectors, each designed for specific wavelength ranges. Si-based CCD and CMOS detectors cover the ultraviolet-visible range, InGaAs detectors handle near-infrared, and MCT detectors are used for mid-to-far infrared. The choice of detector depends on the required wavelength range and performance needs.
Oct
09
Fundamentals of Grating Knowledge Sharing
This article outlines the principles, types, and key parameters of gratings, including transmission, reflection, and blazed types. Optosky’s ATP series spectrometers, designed with advanced grating technologies, support applications in research, industry, and environmental monitoring. Key parameters like dispersion, resolving power, and diffraction efficiency determine grating performance.
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