Magnetic transmission lines generally use spring pins for conduction. The spring pin design can provide a more secure and stable connection, reducing signal interruption or interference caused by loose wires. When combined with the magnetic design, it can not only achieve automatic adsorption, but also achieve fast conduction. Especially when it is inconvenient to connect with both hands, the magnetic design can be easily connected, suitable for scenarios that require frequent plugging and unplugging, such as smart electronics, wearable electronics, etc.

Frequent plugging and unplugging will inevitably lead to a rapid reduction in the service life of the connector. However, the structure and connection method of magnetic transmission lines using spring pins are different from those of ordinary connectors, and their service life can easily reach tens of thousands of plugging and unplugging. Even under high-frequency plugging and unplugging, stable connections can still be achieved. The design of the spring pin is different from other connectors in that its external volume is not fixed, and the electrical and physical properties of the connector can be customized according to different environments.

For example, the magnetic transmission line developed by Shuangmeng Electronics is now widely used in multiple industries. Its products also support connector customization and can be designed to match different structures. Even in environments that are frequently exposed to corrosive liquids such as sweat, sunmon connectors can handle them well.