Atomfair ADARS-518 High-Precision Diffraction Intensity Auto-Recording System for Optical Research & Education – Automated Data Collection with Theoretical Comparison Function

The Atomfair ADARS-518 Diffraction Intensity Auto-Recording System is ideal for optical experiments and scientific research. It accurately measures light intensity distribution, automates data collection/processing, supports theoretical comparison, and comes with comprehensive configurations. Compliant with international standards, it delivers stable performance.

Description

 

Atomfair Diffraction Intensity Auto-Recording System (ADARS-518)

Product Information

Item Details
Brand Atomfair
Product Name Diffraction Intensity Auto-Recording System
Model ADARS-518
Product Category Interference, Diffraction and Polarization
Core Application Scientific experiment, educational research, optical performance testing

Product Overview

The Atomfair ADARS-518 Diffraction Intensity Auto-Recording System consists of a light source, diffraction plate set, receiving unit, computer, working software, and A/D converter. It enables intuitive display of experimental results through a computer interface, serving as both an accessory for optical platforms and a standalone experimental device. As a winning project of the World Bank Loan Higher Education Reform and Development Program, it offers stable performance and precise detection, fully complying with international standards for scientific research and educational applications.

Key Features

  • Precise Light Intensity Measurement: Adopts a high-sensitivity photoelectric sensor to achieve accurate light intensity detection.
  • High-Accuracy Displacement Sensing: Equipped with a precision grating ruler (not included in the basic version) to ensure reliable displacement measurement.
  • Quantitative Distribution Analysis: Effectively conducts quantitative analysis of diffraction light intensity distribution, providing trustworthy data results.
  • Automated Data Processing: Features full computer control over data collection and processing, enabling efficient and convenient operation.
  • Theoretical Comparison Support: Allows direct comparison between measurement results and theoretical formulas, facilitating in-depth experimental research.

Application Scenarios

  • Verify the variation law of diffraction light intensity with changing experimental conditions in single-slit, multi-slit, multi-hole, multi-rectangle, and other diffraction experiments.
  • Suitable for various experiments requiring the measurement of light intensity distribution in optical research and educational institutions.

Standard Configuration & Specifications

No. Component Name Specifications
1 Helium Laser Wavelength: 632.8nm; Power: >1.5mW; Includes matching power supply
2 Control System Main unit of diffraction light intensity auto-recording system, grating ruler structure, electronic control box (grating ruler not included in the basic version)
3 Optical Components Plane mirror, multi-hole plate
4 Adjustment Frames Plate holder, two-dimensional adjustment frame, laser holder
5 Diffraction Slit Continuously adjustable: 0-2mm; Accuracy: 0.01mm; Height: 14mm
6 Multi-slit Diffraction Plate 4 slit number options (2, 3, 4, 5); Slit width: 0.03mm; Spacing: 0.06mm
7 Others USB cable, power cable, software CD, magnetic base

Note: The above configuration and parameters are for reference only. Please refer to the actual packing list for exact specifications. Minor configuration adjustments will not be separately notified.

Optional Configurations

No. Component Name Specifications
1 Computer 2.5G dual-core processor, 200G hard disk, 3G memory, independent graphics card
2 Color Display LCD Monitor
3 Printer Standard configuration (no additional specifications)

 

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.