Application

The semiconductor industry has an urgent demand for reliability testing equipment because of its high product integration and demanding application scenarios. In automotive electronics, aerospace equipment and other scenarios, chips need to withstand extreme temperatures (-55°C~ 125°C), humidity, vibration and other environments,

The automotive industry has a critical need for reliability testing equipment due to the complex and safety-related environment in which vehicles are used. Cars need to cope with high temperatures, low temperatures, high humidity and other climates (such as -40°C cold start, 80°C engine compartment high temperature), vibration (bumpy road conditions), salt spray (coastal/snow melting agent sections), dust (off-road environment) and other tests.

The application scenarios of 3C and 6C industry products (such as mobile phones, computers, and smart homes) are complex, and the performance needs to be verified by reliability testing equipment.

Due to the complex application environment of products, the new energy industry relies heavily on reliability testing equipment for testing. For example, new energy vehicles need to cope with extreme temperature, humidity, vibration and salt spray, and photovoltaic equipment needs to be resistant to wind and sand and weather, all of which need to be simulated and verified.