China 2.8 inch tft with touch display FT6336U 50PIN Manufacturers, Suppliers, Factory

How to choose between amorphous silicon (a-Si) and low temperature polysilicon (LTPS) for project development with display

Static electricity can be grounded in the early hardware design. In the later production, pay attention to wearing static bracelets and finger cots to avoid holding the display screen directly with your hands. Then, static electricity experiments can be performed to detect whether the static electricity of the entire machine meets the standards.

Ordinary LCD screens use CCFL light sources, that is, cold-cathode fluorescent lamps (similar to the scanning lamps in the copy), with one on each side of the screen and a backlight on the back of the display, which is composed of fluorescent substances. The light sources on both sides can be evenly distributed on the back of the entire screen, so that the entire screen can be evenly illuminated. However, due to technical limitations, the brightness of such a display is not completely uniform, but it is difficult to find it. At the same time, the lamp also has a certain lifespan, and it will turn yellow after a long time.

Our company has developed a 3.5-inch horizontal screen TFT with a resolution of 320*240, which can support SPI interface, 8/16-bit MCU interface, and 16/18-bit RGB interface. It can be used normally on single-chip microcomputers

After VGA, QVGA, WVGA, and HVGA resolution products were gradually born. These resolutions can be seen everywhere in the mobile phone parameters. The following is the explanation and difference of VGA, QVGA, WVGA, and HVGA.

including various heterogeneous display screens (strip screen, square screen, circular screen and transflective LCD screen).