Will the docking of spring pin pogopin connectors generate electrical sparks?

　　Spring pin connectors are a special type of connector. And any connecting system must transmit electrical energy from one system to another through the connecting parts, at which point the contact of the connecting parts is often the main node for electrical energy transmission. The current products are becoming more complex and the system is becoming stronger. This places increasing demands on the reliability of the connecting parts. If several of the thousands of connection points have poor contact or disconnect, causing the entire system to malfunction, the consequences are extremely serious.

　　The conductor connection is mechanically connected, and the way electricity passes through is through electrical contact. The connection between the spring pin connector and the docking end through the needle is a typical form of electrical contact.

　　Moreover, spring pin connectors are a detachable contact method with long lifespan and convenient docking. Arc often occurs at the contact point in cutting or closing circuits. The temperature of the arc is very high, greatly exceeding the melting or boiling point of ordinary metal materials. Even if the arc exists for a short period of time, it can cause the surface of the contact point to melt and vaporize, resulting in material loss at the contact point. The presence of an arc prolongs the time of the faulty circuit at the connection, and the high temperature generated will cause the surface of the contact point to melt or vaporize, burning out the insulation material.

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