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...
In the rapidly evolving automotive industry, especially with the surge in electric vehicle (EV) technology, the ZXEV05 - 20A Medium Pressure 450VDC Automotive DC Contactor Relays are emerging as a crucial component, revolutionizing the way electrical...
Magnetic Latching Relays leads the low-power trend In traditional power management systems, relays usually require a continuous supply of power to maintain their switching state, which invisibly increases the consumption of electricity. However, the ...
Basic Features of Epoxy Medium Pressure DC Contactors Epoxy Medium Pressure DC Contactors are current control devices designed for medium voltage DC circuits. They are usually encapsulated with epoxy resin (Epoxy) and have strong resistance to high t...
Basic functions of automotive relays Automotive relays are essentially switches that control high-current circuits through low-current signals. They protect circuits from overloads and can also regulate the operating status of electrical equipment th...
What is a Magnetic Latching Relay? Magnetic Latching Relays are a type of relay based on magnetic retention. Unlike traditional electromagnetic relays, Magnetic Latching Relays use magnetic fields to maintain the switch state, and do not require a co...
HVDC technology is widely used because it can achieve long-distance and high-efficiency power transmission, especially in cross-regional power exchange, offshore wind farm grid connection and high-voltage direct current grid. In these systems, High V...