MOS-AL202C-BW3SE

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MOS-AL202C-BW3SE Application Field and Working Principle

MOS-AL202C-BW3SE is an advanced LCD display module. It is a type of LCD character and numeric display module part of the display module family. This application field and working principle of the device will be discussed in this article.

Application Field

The MOS-AL202C-BW3SE is suitable for a wide range of applications such as commercial instruments, automotive, medical and embedded control devices. The device can also be used for industrial process control and metering, audio and video control. Among the main applications are automotive sensing, communication devices and laboratory equipment.

This device integrates a long life, low power consuming LCD drive, which contains 128 segments, that makes it an ideal choice for applications with small form factors. The device is manufactured using a standard process and is optimized for performance in temperature, voltage and radiation environments.

Working Principle

The device operates by applying a forward-biased voltage to its pins. This forward bias voltage creates a charge across the LCD\'s electrodes, which causes each of the 128 slots to turn on at the same time. The resulting current flow creates a display image. The power consumption of the display is dependent upon the input voltage applied to the pins. The device can operate at voltage ranges from 4.5V to 13.2V.

The display\'s performance can be further improved by combining the LCD with MOS-AL202C-BW3SE support components such as software drivers, voltage regulators and on-board processors. These components provide an integrated solution that is comprehensive and cost effective. By integrating these components into a system design, the device can be quickly and easily adapted to a wide range of applications.

Conclusion

The MOS-AL202C-BW3SE is a versatile LCD character and numeric display module. The application field of the device includes a wide range of commercial instruments, automotive, medical and industrial processes control devices. The device features a low power consuming LCD drive and can be powered over a wide voltage range. Additionally, the device can be integrated with other components to provide a comprehensive system design solution.

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