O256Y064BWPP3N0000

The O256Y064BWPP3N0000 is a monochrome LCD display module with a reverse transflective polarizer. It provides a robust and low power solution for a vast array of industries, ranging from medical and telecommunications uses to white goods and office automation applications. The module is built with a controller and comes with an improved algorithm to provide better image quality. The module\'s design is based on a simple construction with almost any backlight source.

Application Field

The O256Y064BWPP3N0000 is a popular choice for low power and small size display applications, specifically suited to medical displays, instrumentation measurement, healthcare, avionics and wearables. The display module offers a brightness display which is adjustable, providing excellent visibility and optimal image quality. It is designed to respond over a wide variety of ambient lighting to make sure that your device is readable in any condition.

The module also features low power consumption which helps to optimize battery life for devices. It is also designed with a simple construction, making it easy and cost effective to have it through any OEM/ODM display process. Its great visibility makes it well suited for applications in quite a few industries, ranging from medical to industrial use.

Working Principle

The working principle of O256Y064BWPP3N0000 involves a reverse transflective polarizer. This means that the LCD module can be operated in 2 modes. The first mode is backlight reflection mode where light is reflected off the LCD panel. The second mode is backlight transmission mode where ambient light is transmitted through the LCD panel. The light source in this LCD module is an environmental UV LED backlight which responds to change over indoor lighting changes and also operate in bright sunlight. The brightness of the display is adjustable and this controlled by a backlight LED.

The module is powered by an improved algorithm, making it suitable for applications where the display information is changing constantly. The controller is designed to avoid partial image overlaps and provides the best viewing experience. The algorithm used in this LCD module helps to optimize both power consumption and LCD viewing angle. It also has a low level of EMI (electromagnetic interference) which makes it suitable for more complex applications.