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Home>Products>XGY-1 Electric Addressing Liquid Crystal Light Valve Optical Information Comprehensive Experimental System
XGY-1 Electric Addressing Liquid Crystal Light Valve Optical Information Comprehensive Experimental System
Fourier Information Optics
Product details

-Instrument Introduction

Liquid crystal is an organic polymer compound between liquid and crystal, which has both the fluidity of liquid and the orientation characteristics of crystal. When liquid crystal molecules are arranged in an orderly manner, they exhibit optical anisotropy. LCD screen is a spatial light modulator made by utilizing the modulation characteristics of liquid crystal for light. This modulator is electrically addressable, which facilitates the control of signal input and output through computers, and can also be used for optical information processing, such as computational holography. This product is suitable for optical basic experimental teaching in the fields of optoelectronic information engineering, physics, and related majors.


-Product Features

·The operable open experimental structure is conducive to cultivating students' hands-on ability and deepening their understanding of experimental principles

·Powerful software support enables holographic encoding transformation and simulation reproduction of ordinary images, as well as measurement of liquid crystal electro-optic effects

·A laboratory guidebook specifically designed for students' acceptance ability, with simple and easy to understand experimental principles and steps that enable students without any experimental preparation to independently complete the entire set of experimental operations. At the same time, it is equipped with thinking questions for improvement


-Experimental content

1. Experimental Study on Electro optic Effect of Liquid Crystal

2. Measurement of microstructure of electrically addressed liquid crystal light valve using diffraction theory

3. Experiments on Interference and Diffraction of Light

4. Computational Holographic Optics Experiment

5. Measurement experiment of holographic diffraction efficiency

6. Verification of Fourier Transform Properties and Holographic Properties



-Basic configuration and parameters

XGY-1  电寻址液晶光阀—光信息综合实验系统


-Optional configuration

XGY-1  电寻址液晶光阀—光信息综合实验系统


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