MGLS-240128TA-HV-S

MGLS-240128TA-HV-S

MGLS-240128TA-HV-S is a Multi-channel Serial Graphics LCD from TOPWAY Technology Co. Ltd. It is a monochrome display module which features a slim profile display and has a lightweight design for easy installation. This type of LCD display module has four channels with a maximum of 200 DPI resolution and a wide viewing angle of up to 180 degrees.

The application field of MGLS-240128TA-HV-S is mainly for use in a variety of small display applications such as digital cameras, commercial devices, medical devices etc. The display module possesses the capability to accurately display information such as temperatures, pressures, voltages, currents, etc. Additionally, this type of LCD can be used in low energy applications as they consume only 1/8th of the energy required by a traditional TFT LCD. This makes the MGLS-240128TA-HV-S an effective and efficient display device for a wide variety of applications.

Working Principle

The working principle of the MGLS-240128TA-HV-S display module can be understood as follows. This type of LCD works on the principle of Multi-channel Serial Graphics. Using this principle, the display is able to receive data from a Microcontroller and accurately display it across four channels. The data is transferred between the Microcontroller and the LCD display module via a series of clock signals that are sent at a predetermined frequency. The data which is received by the LCD display module is then processed based on a number of algorithms which are stored in its memory and is finally displayed on its screen.

The main components of the MGLS-240128TA-HV-S display module include a Liquid Crystal Display (LCD) panel, a backlight, a driver IC, and a voltage boost converter. The LCD panel consists of two layers of glass which are filled with two different fluids – a conductive and a non-conductive one which helps to generate an image when twisted in an electric field. The driver IC acts as a controller and helps to power up the display and also assists in displaying the data that is received from the Microcontroller. Finally, the voltage boost converter is used to step up the voltage of the backlight to ensure uniform and bright illumination of the display.