How to Make a Liquid Crystal Display at Home

TLDRLearn how to create a liquid crystal display at home using simple materials and steps. Discover the inner components and processes involved in making an LCD display.

Key insights

🔬Understanding the components of an LCD display, including polarisers, glass, positive coating, and liquid crystals.

Exploring the process of how a display works, including how light passes through the polarisers and liquid crystals to create images.

🔌Testing the voltage and resistance of the positive coating to ensure its functionality in the display.

🎛️Applying positive coating on glasses and attaching them to create the LCD display structure.

🖥️Adding aluminium paper and applying voltage to control the on-off frequency of the display, creating images.

Q&A

What are the main components of an LCD display?

The main components of an LCD display include polarisers, glass, positive coating, and liquid crystals.

How does a liquid crystal display work?

A liquid crystal display works by using polarisers and liquid crystals to control the passage of light, creating images.

What is the function of the positive coating in an LCD display?

The positive coating in an LCD display helps to control the orientation of liquid crystals, allowing for image creation.

How is the LCD display structure created?

The LCD display structure is created by attaching glasses with positive coating and adding liquid crystals between them.

How are images created on an LCD display?

Images on an LCD display are created by applying voltage to aluminium paper, controlling the on-off frequency of the display.

Timestamped Summary

00:15Introduction to the topic of creating a liquid crystal display at home.

00:58Explanation of the components of an LCD display, including polarisers and glass.

02:32Demonstration of how the display works, with light passing through polarisers and creating images.

07:47Testing the resistance and functionality of the positive coating in the display.

09:33Process of attaching glasses with positive coating to create the LCD display structure.

09:57Adding liquid crystals between the glasses to complete the display.

09:54Applying aluminium paper and voltage to control the on-off frequency of the display.