The internal electronic components of the LED display are complex, and the environmental requirements during use are very high.In general, 25 ° C is the best working environment for LED display. Excessive ambient temperature can affect the light decay of the LED display, which directly affects the service life of the product. Increasing the ambient temperature will reduce the luminous efficiency of the LED display. As the temperature increases, the concentration of electrons and holes will increase, the forbidden band width will decrease, and the electron mobility will decrease.

The internal electronic components of the LED display are complex, and the environmental requirements during use are very high.In general, 25 ° C is the best working environment for LED display. Excessive ambient temperature can affect the light decay of the LED display, which directly affects the service life of the product. Increasing the ambient temperature will reduce the luminous efficiency of the LED display. As the temperature increases, the concentration of electrons and holes will increase, the forbidden band width will decrease, and the electron mobility will decrease.

The internal electronic components of the LED display are complex, and the environmental requirements during use are very high.In general, 25 ° C is the best working environment for LED display. Excessive ambient temperature can affect the light decay of the LED display, which directly affects the service life of the product. Increasing the ambient temperature will reduce the luminous efficiency of the LED display. As the temperature increases, the concentration of electrons and holes will increase, the forbidden band width will decrease, and the electron mobility will decrease.