Great 50 Fourier Transform Infrared Spectrometer Introduction
The Great 50 Fourier Transform Infrared Spectrometer is an advanced instrument developed with the latest mechanical, electronic, and AI technologies. The product uses many innovative technologies to make the instrument's light source energy transmission efficiency, interferometer stability, and receiver sensitivity reach the most advanced level in the industry. It can meet various levels of application in teaching, industry and research.
Using the working principle of interferometer interferometry, the light emitted by the light source is converted into interference light by the Michelson interferometer, and then the interference light is irradiated to the sample, and the receiver receives the interference light with the sample information, and then the Fourier transform is performed by the computer software. The spectrum of the sample is obtained. Features
1.The interferometer adopts DSP-controlled electromagnetic drive Michelson interferometer with continuous dynamic adjustment function to automatically optimize system energy without manual adjustment;
2.SuperTect digital technology electronic system. Fully digital, output digital signals. 24-bit, 500KHz A/D conversion, high-speed USB interface, real-time data acquisition of spectral data, ensuring the authenticity and reliability of data;
3.The instrument has built-in industrial temperature and humidity module, the display directly digitalizes the temperature and humidity, and has a humidity alarm device, and the cavity is sealed as a whole to ensure the whole cavity is sealed and dried, which improves the moisture-proof effect and greatly improves the service life of each component;
4.The patented high-energy infrared light source with built-in uniquely designed mirrors, the energy efficiency of the light source is much higher than the traditional design, and can provide sufficient energy for the ATR and micro-infrared applications of the Fourier transform infrared spectrometer.
5.Reusable 304 stainless steel box desiccant to change desiccant without opening the lid.
6.High frequency stability He-Ne laser and low power long life diode laser optional design;
The 24W silicon carbide rod infrared light source with electronic voltage regulation adopts digital power supply technology to provide stable and reliable power supply support for the light source and ensure the long life of the light source.
7.Dynamic collimation technology: The laser adopts four-quadrant detection collimation technology, which can eliminate the mechanical deviation generated during the movement of the interferometer moving mirror, and can eliminate the optical error caused by environmental transformation (gravity, temperature change, etc.);
Mi The Michelson improved interferometer with non-orthogonal design greatly improves energy efficiency;
The core components such as the beam splitter, detector, and window are imported and coated with a special anti-fogging coating, which has an ultra-high transmittance and can reduce the corrosion of potassium bromide by moisture. Choose reliable moisture-proof materials such as KRS-5 and ZnSe;
8.Excellent optical mirror design: The optical mirror adopts the overall SPDT cutting process to ensure high specular reflection efficiency and optical system consistency.
9.Extension is powerful, can be connected to transmission accessories, attenuated total reflection accessories (ATR accessories), diffuse reflection accessories, plane reflection accessories, external reflection accessories, infrared microscope, etc.
Introduction
The Great 50 Fourier Transform Infrared Spectrometer is an advanced instrument developed with the latest mechanical, electronic, and AI technologies. The product uses many innovative technologies to make the instrument's light source energy transmission efficiency, interferometer stability, and receiver sensitivity reach the most advanced level in the industry. It can meet various levels of application in teaching, industry and research.
Using the working principle of interferometer interferometry, the light emitted by the light source is converted into interference light by the Michelson interferometer, and then the interference light is irradiated to the sample, and the receiver receives the interference light with the sample information, and then the Fourier transform is performed by the computer software. The spectrum of the sample is obtained.
