Matrix-50
Spectral region:7800~350 cm-1
Resolution ratio:Than0.5cm-1
Wavenumber accuracy:≤0.01cm-1
SNR:45000:1
Beam splitter:Germanium plating on KBr substrate
light source:High energy,high efficiency,long lifeceramic light source
Interferometer:Non-orthogonal Michelson
Acceptor:High sensitivity DLATGS receiver withmoisture proof film
Size:500mm×430mm×230mm
Weight:13Kg
Support system:Windows system
Brief Introduction
MATRIX 50 Fourier Transform Infrared Spectrometer is an advanced instrument developed by Tianjin Hench Technology Co., Ltd. which combines the latest machinery, electronics, AI and other 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. Can meet various levels of applications such as teaching, industry and research.
Experimental principle
Using the working principle of interferometer interference frequency modulation, the light emitted by the light source is transformed into interference light by the Michelson interferometer, and then the interference light is irradiated to the sample. The receiver receives the interference light with sample information, and then the computer software undergoes Fourier transform to get the spectrum of the sample.
Spectral region:7800~350 cm-1
Resolution ratio:Than0.5cm-1
Wavenumber accuracy:≤0.01cm-1
SNR:45000:1
Beam splitter:Germanium plating on KBr substrate
light source:High energy,high efficiency,long lifeceramic light source
Interferometer:Non-orthogonal Michelson
Acceptor:High sensitivity DLATGS receiver withmoisture proof film
Size:500mm×430mm×230mm
Weight:13Kg
Support system:Windows system
Brief Introduction
MATRIX 50 Fourier Transform Infrared Spectrometer is an advanced instrument developed by Tianjin Hench Technology Co., Ltd. which combines the latest machinery, electronics, AI and other 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. Can meet various levels of applications such as teaching, industry and research.
Experimental principle
Using the working principle of interferometer interference frequency modulation, the light emitted by the light source is transformed into interference light by the Michelson interferometer, and then the interference light is irradiated to the sample. The receiver receives the interference light with sample information, and then the computer software undergoes Fourier transform to get the spectrum of the sample.




















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