High-Sensitivity & High-Resolution, TE-Cooled Back-Thinned Spectrometer

High-Sensitivity & High-Resolution, TE-Cooled Back-Thinned Spectrometer
ATP5200 Series
ATP5200 can receive SMA905 fiber optic input or free-space light to output spectral data via USB2.0 or UART port. It connects to 5V DC power supply, easy-to-integrate to wide industrial spectroscopy application.
Quantity
Description:
ATP5200  is  the  fifth  generation  of  TE-cooled  high performance  spectrometer, which  is  self-developed by Optosky,  It uses a back-thinned TE-cooled linear CCD with  a  semi-conductor  cooling  technology.  The  CCD can set in constant temperature environment (up to - 10 degree),   which   greatly  reduces   sensor  noise   at   an excellent signal-to-noise ratio (about 2 times higher than competitors level), and it improves the reliability, so the measurements results can not change with the ambient temperature.                             
Meanwhile, it uses lowest noise CCD signal processing pcb to reach a noise less than 3 counts, which still the best low noise level.
The ATP5200 can receive SMA905 fiber optic input or free-space light to output spectral data via USB2.0 or UART port. It connects to 5V DC power supply, easy-to-integrate to wide industrial spectroscopy application.
ModelFeatures
ATP52002048 pixels, cooled - 5℃
ATP5200P2048 pixels, cooled - 10℃
ATP5200RNIR enhanced, 2048 pixels, cooled - 10℃
ATP5200-44096 pixels, cooled - 5℃

Feature:
Detector: Back-thinned illuminated CCD (cooled to - 10)
Pixels: 2048 pixels
UV or NIR response enhanced optimization:lUV response enhanced: ATP5200P, NIR response enhanced: ATP5200R
Low noise CCD signal processing circuit
Max. Wavelength Range: 180- 1180nm(depends on specific requirements)
Optical Sensitivity: 0.01-3nm (Depends on range and slit).
Optical Path: Crossed C-T
Integration Time :2ms-130s
Power Supply :DC 5V± 10% @ <2.3A
18 bit, 570KHz ADC (workable output 16bit)
Interface :SMA905 or free space
Trigger: USB2.0 (High speed) or UART
20 pins dual-row programmable external expansion interface

Applications:
Raman spectrometer, online Raman analysis
Micro volume spectrophotometer
Weak fluorescent light detection
Reflectance, Transmittance, Absorbance detection
Fruit Sorting.