A high-resolution spectrometer is indispensable for analytical science. Its advantage lies in its exceptional ability to distinguish between closely spaced spectral features and low spectra signal. This allows for the precise identification and quantification of chemical compounds, even in complex mixtures. Furthermore, it enables the detection of minute traces of elements, the study of isotopic ratios, and the observation of subtle atomic and molecular interactions.
Optical Resolution: Up to 0.08nm
Communication Protocol: RS232 support
Triggering Options: Multiple trigger modes available
Compact Design: Palm-sized for easy operation
Flexible Configuration: Selectable wavelength range and optical resolution
Interface: USB 2.0 for simultaneous data transfer and power supply
Advanced Software: Automated peak wavelength and bandwidth calculation
Customization: Supports SDK for secondary development and OEM integration
Optical Path: Crossed asymmetric C-T configuration with interference filter for second-order diffraction suppression
Fiber Connectivity: SMA905 fiber optic connector for seamless integration with external devices
The high-resolution spectrometer serves a wide range of analytical purposes across various fields. Its key applications include the precise characterization of laser parameters—such as center wavelength, full width at half maximum (FWHM), and stability—as well as the measurement of emission and absorption spectra. Furthermore, it is instrumental in conducting transmittance and absorbance testing, fluorescence detection, color measurement, LED and LIBS (Laser-Induced Breakdown Spectroscopy) analysis, and solar energy spectrum testing.
