LCD screen is an electronic display device, which needs to withstand the influence of various temperature environments in actual use. The response speed and brightness of the LCD screen may decrease. Therefore, the high-low temperature resistance test can evaluate the reliability and stability of the LCD screen at different temperatures, so as to ensure that it can display normally and maintain good performance in various temperature environments.
The high-low Temperature Test Chamber can simulate these extreme environmental conditions, and evaluate its tolerance and performance changes by testing the LCD screen in a high-low temperature environment.
experiment procedure
According to the product specifications or relevant standards, determine the test parameters such as the test temperature range and temperature change rate.
Install the LCD screen device into the high-low Temperature Test Chamber.
Set the temperature of the high-low Temperature Test Chamber to the highest or lowest temperature in the test temperature range, and keep it warm for a period of time until the temperature is stable.
According to the test requirements, set the temperature change rate and start the heating or cooling test.
After reaching the target temperature, it is allowed to stabilize for a period of time.
Repeat steps 4 and 5 to complete the entire testing process.
After the test, observe whether there are abnormal phenomena on the LCD screen, such as image distortion, color deviation, afterimage, etc.
Evaluate the tolerance and performance changes of the LCD screen based on the test results to guide product design and improvement.
