O096Y064BGPP3N0000

O096Y064BGPP3N0000 Application Field and Working Principle

O096Y064BGPP3N0000 is an LCD (Liquid Crystal Display) module with a total of 63.6mm × 100.0mm size, 96 columns × 64 rows, COG (Chip On Glass) control, 1/64Duty cycle, 5V power supply and low power consumption. It has a wide range of applications and achieves great performance in terms of displaying characters, graphics and images. In this article, we will explore in detail its application field and working principle.

Application Field of O096Y064BGPP3N0000

The O096Y064BGPP3N0000 has great versatility and is applicable in many fields. It is used widely in displays like home appliances, audio systems, packaging machines, measuring instruments, monitoring and broadcasting systems. It is also used in microcomputers, POS (Point Of Service) systems and other microprocessor systems.

Also, for its low power consumption and wide viewing angle, it is ideal for portable electronic devices such as mobile phones, MP3 players and digital cameras. Besides, for its excellent luminous intensity and wide thermal operational range, it can be used in environments with wide temperature changes, such as outdoor environment or in automotive equipments. The excellent durability, high contrast and wide temperature range also make it perfect for industrial environments.

The Working Principle of O096Y064BGPP3N0000

The working principle of the O096Y064BGPP3N0000 is based on the properties of liquid crystals. This type of LCD employs twisted nematic (TN) liquid crystals, which are made up of two parallel glass substrates between which the liquid crystal material is filled, along with two transistors at the corners of each pixel.

When voltage is applied to the transistors, the liquid crystals molecules rotate and align in the direction of the electric field. This in turn causes light to either pass through or be blocked, depending on the level of voltage applied and the degree of molecular alignment.

The O096Y064BGPP3N0000 uses a backlight to light up the screen, and the polarized light from the backlight is then modulated by the liquid crystal layer, creating the images. The degree of modulation can be controlled by adjusting the voltage applied to the liquid crystals.

Conclusion

In conclusion, O096Y064BGPP3N0000 is a great LCD module that offers excellent performance in terms of displaying characters, graphics and images. It has a wide range of applications and achieves great performance in terms of displaying characters, graphics and images. Its working principle is based on the properties of liquid crystals, and the degree of the modulation can be controlled by adjusting the voltage applied to the liquid crystals.