Lab Equipment for Teaching Physics

Note: optical table or breadboard not provided

Features

• Including He-Ne laser & white light source

• Flexible configuration

• Detailed instruction manual

  
  

  
  

Introduction

The LEOK-42 Fourier Optics Experiment Kit is designed to provide hands-on experience with the fundamental principles of Fourier optics and its applications. This kit offers a range of experiments related to the Fourier transform, optical image processing, and frequency domain analysis. It includes the construction and exploration of key optical systems such as the 4f optical system, Abbe imaging, and Fourier optical filtering. By performing these experiments, students can gain a deeper understanding of how Fourier optics applies to image processing, filtering, and modulation. 

The kit provides comprehensive experimental setups that allow students to explore and analyze key concepts in optical imaging, spatial filtering, and color encoding using Fourier techniques. With clear step-by-step instructions and detailed experimental configurations, students can grasp the complex theories behind Fourier optics in a practical, hands-on manner. Please click to view some sample pages of the instruction manual.

Experimental Contents

1. Structure and principle of an optical 4f system

2. Abbe’s imaging theory and optical spatial filtering

3. Theta modulation and pseudo-color encoding

4. Optical image addition and subtraction using a diffraction grating
5. Optical image differentiation operation

Part List and Specifications