Description
Atomfair WOP-DIP-638 Color-Coded Photography Experiment System
Product Overview
The Atomfair WOP-DIP-638 Color-Coded Photography Experiment System is a high-performance educational laboratory equipment categorized under Fourier Information Optics. Launched in July 2017, it integrates cutting-edge optical and digital image processing technologies to provide an immersive and comprehensive learning experience for physics and advanced physics students.
Built on the foundations of θ-modulation theory, Fourier transform theory, and computer digital image processing technology, this system adopts two innovative technologies: white light information processing for “color photography using black-and-white photosensitive film” and “digital decoding of color-coded images”. It consists of three core modules: color-coded photography, optical decoding, and digital decoding, enabling a seamless combination of theoretical knowledge and practical operation.
Key Features
Comprehensive Processing Capabilities: Supports pure optical processing, optical/digital hybrid processing, and real-time digital image processing, offering exceptional flexibility to adapt to diverse experimental requirements.
Theory-Practice Integration: Bridges the gap between classroom learning and hands-on experimentation, helping students deepen their understanding of key optical and digital image processing concepts through practical operation.
Widely Recognized by Educators and Students: A trusted teaching tool in academic settings, praised for its ability to enhance learning outcomes and experimental engagement.
What You Will Learn
Through experiments with this system, students will gain in-depth knowledge of the following key areas:
- Optical information processing: Transmission, transformation, encoding, decoding, filtering, reproduction, storage, recording, extraction, recognition, recovery, and computation.
- Fundamental optical principles: Geometric optical imaging, imaging physical mechanisms, Fourier transform properties of optical systems, spectral concepts in optical information processing, and the physical effects of spectral filtering.
- Color imaging technology: Principles of color imaging and digital computation-based color decoding of optical images.
- Related disciplines: Photometry, colorimetry, and computer image processing technology.
Standard Configuration & Specifications (International Standards)
| No. | Name | Specifications |
|---|---|---|
| 1 | Light Source | 75W Tungsten Bromide Lamp, Adjustable Brightness |
| 2 | Condenser Lens | Focal Length f=70mm |
| 3 | 4f System Lens | Focal Length f=190mm, Double-Gauss Lens |
| 4 | Multi-Hole Plate | Light Transmission Aperture: 0.1mm±1.5mm |
| 5 | Special Guide Rail | Length: 1.8m |
| 6 | Monitor | 8-inch LCD Display, Resolution 800×600 |
| 7 | Filter | Red, Green, Blue Three-Color Filters |
| 8 | CCD Camera | PAL Format, Power Supply DC12V, 1000mA |
| 9 | Other Accessories | Sliders, Lens Holders, Plate Holders, White Screen, Black-and-White Coding Plates |
Note: The above configuration and parameters are for reference only. Please refer to the product packing list for the actual specifications. Minor adjustments may be made without prior notice.
Optional Accessories
| No. | Name | Specifications |
|---|---|---|
| 1 | Computer | Dual-Core 2.5GHz, 200G Hard Disk, 3G RAM, Independent Graphics Card |
| 2 | Display | LCD Monitor |
| 3 | Printer | – |
Application Scenarios
Ideal for educational institutions, research laboratories, and training centers offering physics and advanced physics courses. It serves as a core experimental tool for teaching optical information processing, digital image processing, and related disciplines, helping students develop practical skills and a deeper understanding of theoretical concepts.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
