1. Basics of magnetic latching relaysAs the name implies, magnetic latching relaysare relays that maintain their working state (closed or released) through the action of a magnetic field. Compared with traditional electromagnetic relays, magnetic la...
1. Overview of epoxy potting technologyEpoxy potting technology is a technology that uses epoxy resin as a packaging material to seal electronic components or assemblies through a specific process. Epoxy resin has excellent insulation properties, che...
The core characteristics of magnetic latching relays: fast responseA latching relay is a special relay that uses a permanent magnet to maintain the contact state. Compared with traditional electromagnetic relays, magnetic latching relays do not need ...
1. The importance of low power consumption and low loss characteristicsIn high-voltage DC systems, energy losses mainly come from the resistance of the contactor, arcs, and transient effects during the switching process. These losses not only reduce ...
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 previous state after a power outage. This feature stems from its special magnetic circuit design, s...
In electronic and electrical systems, automotive relays, as an important control element, play a pivotal role. They not only have flexible control functions, but also provide stable and reliable switching operations in complex circuit environments. I...
Electromagnetic effect: The cornerstone of relay operationThe working principle of the relay is based on the principle of electromagnetic induction, that is, when current passes through the wire, a magnetic field will be generated around it. The elec...
In automotive circuits, relays play a vital role as control elements. They can not only isolate and protect the main circuit, but also realize automatic control and remote operation of the circuit. Among the many parameters of the relay, the contact ...