Micro monochromator

ATP7510It is a high-performance scanning monochromator based on aberration corrected concave holographic gratings, designed specifically for scientific research and industrial applications. It adopts a single-chip optical design layout, combined with high line count precision gratings, to ensure high dispersion capability and ultra-low stray light within the wavelength band. At the same time, it has high diffraction efficiency in both first and second order diffraction, effectively reducing energy loss in the wavelength selection process. This monochromator is equipped with a high-precision stepper motor, with a scanning accuracy of better than 0.01 °, a maximum scanning speed of up to 200step/s, and supports a maximum wavelength scanning speed of 200nm/s. Combining high-performance grating splitting technology, ATP7510 can achieve high-precision wavelength selection and resolution across the entire spectrum.

ATP7510 supports multiple input and output modes, including SMA905 fiber optic input light and free space light, and can output measurement data through USB 2.0 or UART ports. It only requires a+5V DC power supply, making it extremely convenient to use. In addition, the device has broad application prospects in fields such as scientific research, industry, healthcare, remote sensing, and astronomical observation.

Product features

Wavelength range: 190-5 μ m (three bands to choose from);

Wavelength accuracy: ± 1nm;

Wavelength resolution: ± 0.1nm;

Spectral resolution:<5nm;

Wavelength repeatability ± 0.1nm (1200g/mm grating);

Scattered light:<0.1% (typical value);

Grating: aberration corrected concave holographic grating;

F # value: F/2.95;

焦距： 100mm(入射)； 94mm(出射)；

Motor accuracy: better than 0.01 °;

Scanning speed: 200nm/s;

Communication interface: USB-B;

Incident slit: D8 × 100 μ m × 2mm × 0.03mm;

Exit pinhole diameter: 0.5mm;

TTL external trigger input/output;

Product Application

Raman spectroscopy;

Fluorescence spectra;

Photoluminescence spectrum;

Absorption, reflection, and transmission spectra;

Other types of spectral applications;