LCM-S02002DSR

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The LCM-S02002DSR is an LCD or Liquid Crystal Display module. It is a two-row character display module that uses two display lines to provide up to 20 characters per line. The module consists of a small LCD display, a 2-wire serial interface, and a controller.

The application fields of the LCM-S02002DSR are mostly consumer electronics, such as air conditioning controllers, automotive infotainment systems, remote controls, security systems, and white goods. It is especially suitable for use in cost-sensitive projects. This module can be used for low power applications due to its lower energy consumption, making it a great choice for mobile devices and hand-held products.

As for its working principles, the LCM-S02002DSR character module works by applying a voltage across two transparent electrodes at the same time. This creates a surface tension that causes the liquid crystals in the liquid crystal chamber to align. Then, the polarizers are placed over the liquid crystals in order to filter the light and create a pattern or image. The voltage applied to the liquid crystals determines the specific pattern, and the resulting display is seen in the module’s two-row character display.

In addition, the LCM-S02002DSR LCD module has an onboard controller that can be programmed to perform various functions. This controller allows for the character data to be stored, sent, and retrieved from the LCD module. The controller also allows for custom characters and logos to be programmed into the module, as well as for pre-programmed functions such as text scrolling, brightness adjustment, and various other functions.

Overall, the LCM-S02002DSR is a two-row character display module that is useful in many applications such as consumer electronics, automotive infotainment systems, remote controls, security systems, and White goods. It is capable of displaying up to 20 characters per line, and has an onboard controller that allows the user to customize the display to their needs. This module is low-power consumption, making it suitable for mobile and hand-held products.

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