Monofilament Single Slit Diffraction Physics Lab Experiments Setup

This experiment system uses a semiconductor laser as the light source and a silicon photocell for measuring diffraction light intensity distribution. It enables the observation of Fraunhofer diffraction phenomena produced by a single filament, single slit, and circular aperture. The system also allows the study of the effects of wavelength, slit width, and aperture size on diffraction patterns, helping users develop a deeper understanding of light diffraction theory and optical measurement techniques.

Manufactured by Atico Export India.

Experimental Principle and Content

• Study of Fraunhofer diffraction phenomena
• Observation of diffraction patterns from a single filament
• Observation of single-slit diffraction
• Observation of circular aperture diffraction
• Measurement of diffraction light intensity distribution
• Investigation of the effects of wavelength on diffraction patterns
• Analysis of slit width and aperture size on diffraction characteristics
• Understanding the fundamental principles of light diffraction

Light Source :

• Semiconductor Laser

Guide Rail :

• Hard Integrated High-Quality Alloy Guide Rail with Special Surface Treatment

Optical Accessories :

• White Screen, Silicon Photocell, etc.

Mechanical Accessories :

• Adjusting Frame, Slide 1, Slide 2, etc.

Other Accessories :

• Photo-Current Amplifier, Lateral Movement Measuring Frame, etc.