T-55787GD104J-LW-AHN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The T-55787GD104J-LW-AHN is a display module that combines liquid crystal display (LCD) technology with light-sounding active matrix on the frontplane of a display panel. This type of display module is used to present graphics, videos, text, and other data. This display module can be used in medical, automotive, military, industrial, and consumer applications.

The basic structure of a T-55787GD104J-LW-AHN display is composed of an LCD element, a light-sounding active matrix on the frontplane of the LCD, and a backplane. The light-sounding active matrix on the frontplane of the display contains thin film transistors (TFTs) and capacitors. The capacitors allow the TFTs to continuously control the polarity of the display and keep the pixels in the display image stable. The backplane is connected to a set of drivers that control the LCD element. The drivers convert digital data signals into analog signals and then the signals are transferred to the LCD element. The light sound active matrix on the frontplane processes the analog signals from the drivers and converts them into corresponding voltages that are applied to the pixels in the display.

The T-55787GD104J-LW-AHN display modules are typically used for high-end applications such as medical and automotive displays. The module has a wide viewing angle and provides excellent image quality. The display module also has a wide operating temperature, low power consumption, and a long life span. The display has a range of applications including automotive displays, medical displays, industrial displays, military displays, and consumer displays. The display has an active area of 66.6mm x 66.0mm and a pixel pitch of 0.3mm. The display also has a contrast ratio of 2000: 1 and a resolution of 960 x 540.

The working principle of the T-55787GD104J-LW-AHN display module is based on the same principles as other LCD displays. The electric signals from the drivers are converted to analog signals and then transmitted to the pixels in the LCD element. The thin film transistors (TFTs) and capacitors in the light sound active matrix on the frontplane of the display process the analog signals from the drivers and convert them into corresponding voltages that are applied to the pixels in the display. The applied voltage forces electric current to flow through the individual pixels, causing the liquid crystals to change their orientation and reflect light. The amount of light reflected is determined by the electric current, which is modified by the electric signals received by the drivers.

The T-55787GD104J-LW-AHN display module is a great choice for applications that require high-end visuals. The display’s ease of use, high contrast ratio, wide viewing angle, and low power consumption make it ideal for medical, automotive, military, industrial, and consumer applications.

The specific data is subject to PDF, and the above content is for reference