NWS6300 Spectrometer

Description:

NWS6300 Series Miniature Fiber Optic Spectrometer: High Sensitivity, Compact Design

The NWS6300 series represents a new generation of high-sensitivity, compact fiber optic spectrometers. Featuring a back-thinned, cooled detector, the NWS6300 is ideally suited for demanding applications such as fluorescence and Raman spectroscopy.

Advanced circuit design allows the detector to be cooled to 20°C below ambient temperature, effectively suppressing dark current noise and maximizing signal-to-noise ratio. The NWS6300 offers an exceptional balance of price and performance, making it an ideal choice for integration into high-end instrumentation.

Key Features:

High Signal-to-Noise Ratio: Ensures accurate and reproducible measurements, even for low-light samples and long integration times.
Two-Stage Cooling: Thermoelectric cooling stabilizes the detector at temperatures up to 20°C below ambient, minimizing dark current and enhancing sensitivity.
Back-Thinned CCD Detector: Provides exceptional quantum efficiency across a broad spectral range, maximizing light collection and improving overall performance.
High Precision Spectroscopic Performance: Delivers reliable and accurate spectral data for demanding analytical applications.
Enhanced UV Response: Enables measurements down to the UV region, expanding the range of applications supported.
Low Stray Light: Minimizes background noise and improves the accuracy of measurements, especially in complex samples.
Superior Low-Temperature Stability: Ensures consistent performance even under varying temperature conditions.

Application

Raman Spectroscopy: Ideal for material identification, chemical analysis, and process monitoring through the analysis of molecular vibrations.
Life Science Instrumentation: Well-suited for integration into instruments used in genomics, proteomics, and drug discovery.
General Scientific Research: A versatile tool for a wide range of spectroscopic experiments and analyses.
Environmental Monitoring: Enables the detection and quantification of pollutants in water, air, and soil samples.
Materials Characterization: Analyze the composition and optical properties of various materials, including thin films and coatings.
Laboratory Standard Instrumentation: Provides reliable and accurate measurements for quality control and research applications.
Microscopy Spectroscopy: Characterize microscopic samples and features with high spectral resolution.
Angle-Resolved Spectroscopy: Study the angular dependence of optical properties in materials and devices.

Resolutions:

Note: Optical resolution is determined based on the full width at half maximum (FWHM) at 435.8 nm.

Specification: