MOP-GL12232D-BGFW-26N-3IN

Display Modules - LCD, OLED, Graphic

MOP-GL12232D-BGFW-26N-3IN Application Field and Working Principle

The MOP-GL12232D-BGFW-26N-3IN display module is a cost-effective graphical LCD module with a resolution of 128x64 and active and passive background illumination. It features a full array of variable optical, electrical, and environmental characteristics suitable for many applications. The module\'s display type is 5x7 dot matrix with a wide viewing angle of up to 85 degrees.

The MOP-GL12232D-BGFW-26N-3IN is an active matrix LCD module, meaning that the display is composed of organic light emitting diodes (OLEDs). The OLEDs contain both electron and hole layers formed by organic material. When an electrical current is passed through the holes, it releases energy in the form of photons, and when electrons and holes combine in the layer, light is generated. As such, it is a self-emission type display with a wide viewing angle, high response speed, excellent brightness, and low power consumption.

The MOP-GL12232D-BGFW-26N-3IN also features an integrated controller that allows for a range of user-defined functions and parameters. This controller can be programmed with a graphical user interface and gives the user the flexibility to customize the display for their specific application. It can be programmed for graphic animations and a wide range of applications such as gauges or data-logging. The display is built with a high-quality PCB and comes standard with an SBC connector.

In terms of working principles, the MOP-GL12232D-BGFW-26N-3IN display module utilizes various technologies. The active matrix matrix OLED system utilizes several technologies, including row scan (RCAN) and column select (CSeN). The RCAN technique is used to drive the rows of OLED pixels; it works by sequentially addressing and energizing each row of the OLED pixels individually. The CSeN technique is used to drive the columns; it works by defining the voltage levels to be applied to the driving transistors of the column. Both RCAN and CSeN allow the OLED pixels to be driven with the maximum efficiency and minimal power consumption.

The module also features active background illumination. The illumination is powered by a white LED backlight. The white LED backlight produces a uniform brightness across the entire LCD. The LED backlight can also be dimmed or turned off completely, allowing for adjustable brightness which can be useful for user interfaces or systems with multiple viewing angles. The LED backlight is driven by a specialized LED driver IC, which is integrated into the module. The LED driver IC is programmed by the end user to adjust the LED brightness and power.

The MOP-GL12232D-BGFW-26N-3IN display module is ideally suited for a variety of applications including embedded systems, automotive, aerospace, medical, and other industrial applications where a low power and wide viewing angle display is required. Its wide viewing angle and low power consumption make it an excellent choice for embedded systems or applications where image clarity is imperative. The onboard controller makes it easy for the user to customize and control the display, giving them the flexibility to create unique user experiences.

In conclusion, the MOP-GL12232D-BGFW-26N-3IN display module is an excellent choice for a wide range of applications, providing excellent image clarity, a wide viewing angle, low power consumption, and easy-to-use integrated controller. Its unique combination of features make it a suitable choice for embedded systems, automotive, aerospace, medical, and other industrial applications.