Fiber Optic Spectrometer

  • Update:Jun 29, 2021
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Laser Wavelength Measurement / Fiber Optic Spectrometer Wavelength is the spatial period of the wave - the distance between consecutive corresponding points of the same phase. Light wave refers to electromagnetic spectrum, which has wavelengths in the

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Laser Wavelength Measurement / Fiber Optic Spectrometer

Wavelength is the spatial period of the wave - the distance between consecutive corresponding points of the same phase. Light wave refers to electromagnetic spectrum, which has wavelengths in the range of 0.1mm to 0.1μm. The wavelength of the light wave is the light wavelength.

Our fiber optic spectrometers with the characteristics of compact and portable design, plug and play, easy operation and software are widely used in laser wavelength and line width measurement and also the laser excitation fluorescence, Raman and LIBS spectrum measurement.

Part number

Features

Resolution

Wavelength Range

Description

STC-A4000 series

High resolution: can be up to 0.1 nm(FWHM)

<0.75nm

200-1100nm 
(custom design)

Able to measure wavelength, line width of laser, LED and other common light source, and also the laser excitation fluorescence, LIBS spectral characteristics.

STC-F4000 series

Compact: small and portable type

<0.6nm

200-1100nm 
(custom design)

STC-S series

High sensitivity: can be up to 80% quantum efficiency

0.035-0.6nm

200-1100nm 
(custom design)

Able to measure laser excitation Raman spectral characteristics.

Examples of Laser Wavelength and Line Width Testing Results:

 

Examples of Laser Excitation Spectrum Testing Results:

  

Laser Wavelength Meter  Imaging Spectrometer

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