The performance advantages of magnetic latching relay are closely related to its working principle. The core operating mechanism of this relay is based on the synergy of electromagnet and permanent magnet. When the coil is connected to a DC pulse vol...
As an important component of power systems, high voltage direct current relay is widely used in high voltage direct current transmission (HVDC) systems, equipment protection, and power transmission. Its role is not only to control the connection and ...
In modern industrial electrical control systems, contactors are essential key components, and high voltage direct current contactors are one of the advanced applications. High voltage direct current contactors are mainly used in high-voltage DC circu...
In modern electronics and electrical engineering, magnetic latching relays have gradually become an indispensable part of various automation equipment due to their unique working principle and efficient energy consumption control. What is a magnetic ...
In the rapidly evolving automotive industry, automotive relays have emerged as critical components driving the advancement of modern vehicles. These compact yet sophisticated devices serve as electrical switches that control high-power circuits in ca...
Diversified development of electromagnetic relay technology 1. Product customization trendElectromagnetic relays play an important role in energy, communications, industrial control and other fields. Electronic magnetic relay manufacturers are accele...
Technical features of high voltage DC relay 1. Strong switching capabilityHigh voltage direct current relay is known for its excellent switching capabilities, capable of handling high voltage and high current switching operations, suitable for high l...
The complexity of automotive electronic systems puts higher requirements on relay performance, especially electromagnetic interference (EMI) issues, which directly affects the stability of vehicle electronic equipment. In recent years, the Automotive...