F-51852GNBJ-LW-AKN

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Display modules are fundamental components of many electronic devices. Specifically, LCD, OLED and Graphic displays are popular display modules used in a wide range of applications. Here, we will discuss the F-51852GNBJ-LW-AKN display module and explain its application field and working principle in detail.

Overview

F-51852GNBJ-LW-AKN display module is a 128x128 graphic display in monochromatic format. It is supplied with a 240 mAh 3V Li-ion battery, and operated at a voltage of 3.3V. It comes with the popular ST7529 controller and the low power 1/128 duty cycle LCD ensures ultra low power consumption. This display module is capable of showing text, graphics, animation and user-defined logos, enabling an extremely wide range of applications. It is also very easy to integrate into existing designs.

Application Field

The modular design and wide range of capabilities make F-51852GNBJ-LW-AKN display module suitable for a wide range of applications. The primary application field of this display module includes industrial control and automation, such as chip-making, printing and packaging machines, automotive, healthcare and biomedical systems. Additionally, this display module is also suitable for mobile phones, digital signage systems and smart home automation. The low power consumption and wide range of features opens opportunities for a whole new range of applications.

Working Principle

The F-51852GNBJ-LW-AKN display module is built upon an LCD (Liquid Crystal Display) technology. An LCD is an electronic display that is formed by creating a layer of liquid crystals between two sheets of glass electrodes, with a level of polarized light. The working principle of an LCD involves directly applying an electric field across the liquid crystals in order to control the display output. The orientation of the crystals is determined by the electrical charge application which helps determine the amount of light reflecting from each crystal. The incoming light reflects from the electrodes thereby altering the polarization of the light and then transmitting it from the opposite side. The varying electric field helps control the intensity or brightness of the given display.

Moreover, the F-51852GNBJ-LW-AKN display module employs a ST7529 driving IC which helps ensure a better display quality and environment conformance. This ST7529 driving IC is responsible for combining and optimizing all of the various characteristics and signals which are needed to drive the LCD. The controller takes both signals and data to form the images and finally these images that are formed are further sent to the graphic LCD display.

Conclusion

The F-51852GNBJ-LW-AKN display module is widely used in a range of applications due to its high resolution and low power consumption. The display module is built on LCD technology and uses the ST7529 driving IC to ensure display quality and environment compatibility. Its wide range of features and capabilities enable it to be suitable for industrial applications, mobile phones, digital signage systems, and more.

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