What aspects should be paid attention to when producing power modules? Nowadays, most integrated circuits use MOS circuits, and most power modules also use MOS tubes and integrated circuit chips. Failure to pay attention to electrostatic protection during the production of power modules will often lead to a high component defective rate. Even if the test is qualified, static electricity may cause slight damage to the MOS tube and integrated circuit chip during the manufacturing process, thus affecting the life and reliability of the power module. After the electrostatic protection system is introduced in the production environment (using anti-static grounding of the human body, anti-static grounding of the floor and anti-static grounding of operating devices, and anti-static grounding of instruments), damage to MOS tubes and integrated circuit chips can be effectively avoided. Anti-static damage to electronic components is a complex system project that runs through the entire process of system or equipment development and production.
 
Factors that affect the reliability of power supply products include design, technology, management, testing and methods, incoming materials and other factors. These are issues that all power module manufacturers and users are concerned about. In fact, in addition to ensuring the optimization of various performance indicators, the reliability of a power module must also ensure that the production environment of the power module is clean and orderly, has excellent electrostatic protection measures, and has appropriate temperature and humidity. Only when the conditions are met Only the power modules produced by the manufacturer can truly be called high-reliability power products.