ATP3000 ultra high resolution, low noise micro fiber spectrometer
Introduction: The ATP3000 series of low-noise, high-resolution fiber optic spectrometers feature a 2048-pixel linear CMOS sensor with excellent response rates covering the UV to NIR band. Up to 10MHz readout speed combined with low noise signal processing circuitry provides fast, accurate spectral data acquisition. The ATP3000 with semiconductor refrigeration technology further improves the signal-to-noise ratio and dynamic range, and the measurement results do not change with the temperature of the external working environment, which improves the reliability of the measurement results. The ATP3000 only needs to be powered, and the data output interface has USB2.0 or UART for easy integration. application: Trace, fast spectrophotometer Spectral Analysis / Radiation Spectroscopy / Spectrophotometry Transmittance, absorbance detection Reflectance detection Ellipsometer Laser wavelength measurement UV, visible and short plate near-infrared wavelength detection Technical parameter: Detector pixel: 2048 High sensitivity: 1300V (lx•s) Response range: UV to NIR Deep cooling: lowest to -30 °C (ATP3001P) Maximum readout rate: 10MHz max Optical path structure: cross C-T Integration time: 1ms-65535ms Power supply: DC 5V ± 10% @ < 2A Optical input interface: SMA905 or free space Data output interface: USB2.0 (High speed) or UART
Introduction: The ATP3000 series of low-noise, high-resolution fiber optic spectrometers feature a 2048-pixel linear CMOS sensor with excellent response rates covering the UV to NIR band. Up to 10MHz readout speed combined with low noise signal processing circuitry provides fast, accurate spectral data acquisition. The ATP3000 with semiconductor refrigeration technology further improves the signal-to-noise ratio and dynamic range, and the measurement results do not change with the temperature of the external working environment, which improves the reliability of the measurement results. The ATP3000 only needs to be powered, and the data output interface has USB2.0 or UART for easy integration.
