S2000-VIS Fiber Optic Spectrometer

Product Introduction

The S2000-VIS Fiber Optic Spectrometer is a compact optical analysis instrument designed for spectral measurement of LEDs, energy-saving lamps, fluorescent lamps, and other light sources. Featuring a Sony ILX554B 2048-pixel CCD detector, a 330–1100 nm wavelength range, and 0.2 nm wavelength resolution, it supports detailed spectral characterization across the visible and near-infrared regions. Its stable data acquisition system and USB communication interface help ensure consistent operation, while SpectraPro software provides advanced spectrum visualization, peak and valley detection, full width at half maximum (FWHM) analysis, and spectral data export. With USB-powered operation and a compact design, the S2000-VIS is suitable for laboratory research, optical testing, and industrial quality control.

Performance Features

• Wide Spectral Coverage: Measures wavelengths from 330 to 1100 nm for visible and near-infrared optical analysis.

•  High-Resolution Detection: Provides 0.2 nm wavelength resolution with a 2048-pixel Sony CCD detector.

•  Stable Data Acquisition: Uses a dedicated CCD conversion chip to support baseline stability despite power supply fluctuations.

•  Reliable USB Communication: Incorporates anti-interference technology and a built-in USB recovery mechanism to improve communication stability in challenging electromagnetic environments.

• Low Stray Light: Stray light below 0.1% supports reliable spectral measurements.

• High Linearity: CCD linearity correction of 99.80% supports consistent measurement results.

• Comprehensive Spectrum Analysis: Supports multiple spectrum displays, spectrum comparison, snapshots, buffered spectra, peak and valley searching, FWHM analysis, and coordinate conversion.

•  Convenient Data Management: Records spectra, saves files in SSP format, and supports exporting spectral data to Excel and Word.

•  Compact USB-Powered Design: Operates directly from a computer's 5 V USB power supply without requiring a separate power adapter.

•  Fiber-Optic Connectivity: Uses an SMA905 optical interface for integration with compatible fiber-optic accessories and light collection systems.

Working Principle

The S2000-VIS Fiber Optic Spectrometer operates by separating incoming light into its component wavelengths and measuring their intensity with a CCD detector. Light enters through the SMA905 fiber-optic interface and passes through a 30 μm slit before reaching the diffraction grating. The grating disperses the light across the 2048-pixel Sony ILX554B CCD sensor, which converts the optical signal into electrical data. A 16-bit analog-to-digital converter digitizes the signal for processing by the connected computer. SpectraPro software displays the resulting spectrum and supports detailed analysis of spectral peaks, valleys, FWHM, and other wavelength-dependent characteristics.

Technical Parameters

Application Scenarios

• LED Spectral Analysis: Measures LED emission spectra to support optical characterization and quality inspection.

•  Energy-Saving Lamp Testing: Analyzes spectral output from energy-efficient lighting products.

•  Fluorescent Lamp Analysis: Evaluates wavelength distribution and spectral characteristics of fluorescent light sources.

• Lighting Product Quality Control: Supports spectral comparison, peak identification, and consistency testing during production.

•  Optical Research Laboratories: Enables spectral acquisition and analysis for photonics experiments and light-source research.

• Industrial Optical Measurement: Integrates with compatible fiber-optic systems for customized optical inspection and monitoring.

• Educational and Scientific Research: Provides spectral visualization and quantitative analysis tools for laboratory experiments.

S2000-VIS vs. Conventional Fiber Optic Spectrometers

Note: Specifications of conventional spectrometers vary by manufacturer and configuration. Verify individual model specifications before making a purchasing decision.

Frequently Asked Questions

1. What is the S2000-VIS Fiber Optic Spectrometer used for?

It is designed for spectral analysis of LEDs, energy-saving lamps, fluorescent lamps, and other compatible light sources, as well as optical research and industrial testing.

2. What is the wavelength range of the S2000-VIS?

The spectrometer covers 330–1100 nm, enabling measurements across the visible and near-infrared regions.

3. What detector does the S2000-VIS use?

It uses a Sony ILX554B CCD detector with 2048 pixels for spectral signal acquisition.

4. What is the wavelength resolution of this spectrometer?

The specified wavelength resolution is 0.2 nm, supporting detailed analysis of spectral features.

5. Does the S2000-VIS require a separate power supply?

No. It operates on 5 V DC supplied through a computer's USB port, with a specified power consumption of 95 mA.

6. What spectrum analysis functions does SpectraPro provide?

The software supports multiple spectrum displays, spectrum comparison, snapshots, buffered spectra, peak and valley searching, FWHM analysis, coordinate conversion, spectral recording, and data export to Excel and Word.

7. What file format is used to save spectral data?

The software saves spectra in SSP format. Saved files can be reopened by double-clicking them or moving them into the software window.

8. How does the instrument maintain stable measurements?

Its dedicated CCD conversion chip is designed to support baseline stability under power supply fluctuations. Anti-interference components and a USB recovery mechanism also help maintain reliable communication with the computer.

9. Can the S2000-VIS be integrated into an existing optical system?

Yes. Its SMA905 fiber-optic interface, USB connectivity, and compact dimensions support integration into compatible optical measurement systems. Compatibility with specific probes and accessories should be confirmed before installation.