With the popularization of smart homes, relays play an important role in scenarios such as smart lighting, smart security, and smart home appliances. For example, smart relays can remotely control home lighting, curtains, and other devices through a mobile app, enhancing users' convenience in life.
In medical equipment, relays are used to control the power supply, signal transmission, and other aspects of the device. For example, in high-end medical equipment such as CT machines and MRI machines, relays ensure stable operation and precise control of the equipment.
With the rapid development of new energy sources such as solar and wind power, relays have also been widely used in new energy generation systems. They are used to control the circuits of photovoltaic inverters and wind turbines, ensuring efficient conversion and transmission of electrical energy.
The power semiconductor module takes the high-power thyristor chip or rectifier chip as the core, and combines two or more chips into a module according to a certain circuit structure to realize the functions of rectification, voltage regulation and switching. The chip adopts DBC ceramic sheet, vacuum welding technology, program-controlled hydraulic technology, international standard package, electrical insulation between the leading end and the cooling base plate, and potting with silicone gel and epoxy resin. The product has the characteristics of small size, high sensitivity, no arc, large load power and long electric life. Widely used in a variety of rectifier, heating, speed regulation, voltage regulation, inverter, compensation, electroplating, spot welding machine, plasma cutting, charge and discharge, soft start and other devices and equipment.