LQ064V3DG01

LQ064V3DG01 application field and working principle

The LQ064V3DG01 is a color active matrix liquid crystal display (LCD) device that is a member of the Sharp family of LCD products. It is conventionally divided into six segments: display lines, driver stages, controlling power, display voltage, clock timing, and display data selection.

Application field

The LQ064V3DG01 has many applications especially in the entertainment and media industry. It has been widely used in mobility application designs such as smartphones and tablets. It is also an ideal choice for industrial products that require high color performance. The device is beneficial for automotive markets and large format display design.

Working principle

At the core of the LQ064V3DG01 is the active matrix of transistors. These transistors are controlled by a source driver. The source driver is connected to the drive stages, which are part of the overall voltage control schematics. This way, the information from the data line is converted into electrical signals that can be used to update the display.

The clock timing circuits allow for the control of the charge cycle on the LCD matrix. This includes the duration and intensity of the pulse. It also talks control of when the LCD needs to be activated. The clock circuitry synchronizes the voltage levels on the LCD and allows for precise control of the form and intensity of the image.

Once the LCD transistors are in the correct state, the image is visible. For example, if the transistor is activated, it turns the display on. If it is not activated, then the display is turned off. This is why the LQ064V3DG01 provides a high-quality display experience.

Conclusion

The LQ064V3DG01 is a color active matrix LCD that incorporates a source driver and a clock timing control for precise display performance. It is suitable for a wide range of applications that require high color performance. It has been widely used in the entertainment and media industry, as well as in automotive markets and large format display design.