1. Small and lightweight:Internally adopt reliable sealing technology and filled with nitrogen which arc colling ability is high. It can cut off high voltage DC in a short time. 2. High contact reliab...
See more1. Small and lightweight:Internally adopt reliable sealing technology and filled with nitrogen which arc colling ability is high. It can cut off high voltage DC in a short time. 2. High contact reliab...
See more1. Small and lightweight:Internally adopt reliable sealing technology and filled with nitrogen which arc colling ability is high. It can cut off high voltage DC in a short time. 2. High contact reliab...
See more1. Small and lightweight:Internally adopt reliable sealing technology and filled with nitrogen which arc colling ability is high. It can cut off high voltage DC in a short time. 2. High contact reliab...
See moreDefinition and characteristics of disconnection resistanceWhen the relay contacts are in the disconnected state, the contacts should be completely iso...
1. Basics of magnetic latching relaysAs the name implies, magnetic latching relaysare relays that maintain their working state (closed or released) t...
1. Overview of epoxy potting technologyEpoxy potting technology is a technology that uses epoxy resin as a packaging material to seal electronic compo...
The core characteristics of magnetic latching relays: fast responseA latching relay is a special relay that uses a permanent magnet to maintain the co...
1. The importance of low power consumption and low loss characteristicsIn high-voltage DC systems, energy losses mainly come from the resistance of th...
The unique charm of magnetic latching relay: analysis of self-locking functionA latching relay, as the name suggests, is a relay that can maintain its...
In electronic and electrical systems, automotive relays, as an important control element, play a pivotal role. They not only have flexible control fun...
Electromagnetic effect: The cornerstone of relay operationThe working principle of the relay is based on the principle of electromagnetic induction, t...