Piezoelectric Ceramic Characteristics Physics Lab Experiments Setup

This experiment system is based on the Michelson Interferometer and utilizes laser interference techniques to observe and study the piezoelectric characteristics of piezoelectric ceramics. The system enables the analysis of interference field light intensity distribution, providing a deeper understanding of Michelson interferometer principles. It also facilitates the study of piezoelectric material behavior and introduces precise methods for measuring small displacements using optical interference techniques.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Study of Michelson interferometer operating principles
• Investigation of laser interference phenomena
• Observation of piezoelectric characteristics of piezoelectric ceramics
• Analysis of interference field light intensity distribution
• Measurement of small displacements using optical interference methods
• Understanding precision displacement measurement techniques
• Evaluation of the response characteristics of piezoelectric materials

Light Source :

• He-Ne Laser

Host Structure :

• High-Quality Steel Plate Integrated Structure with Micro-Measurement and Fine-Tuning Mobile Device, Beam Splitting and Compensation Mechanism

Controller :

• Piezoelectric Ceramic and Main Control Unit

Other Accessories :

• Adjusting Frame, Glass Screen, Bracket, Beam Expander Frame, Double Screen, etc.