High Current Spring-loaded Pogo Pin
We can customize the spring thimble according to the customer's needs. When the customer needs enhanced conductivity, we will increase the size of the current through the spring thimble, and we can realize the high current of the spring thimble through design and processing together. The most commonly used method is to perforate the needle and increase the plating layer of the pogo pin. The gold plating of the pogo pin is not only to enhance the current size of the pogo pin but also to enhance the performance of the pogo pin.
High current spring thimble has the following characteristics:
1. The high current spring thimble has a long service life
Because the surface coating of the high-current pogo pin is thicker than the ordinary coating, the original plating layer of the connector can prevent the connector from being oxidized and vulcanized in the working environment to be corroded, which protects the connector and extends the use of the connector life. After increasing the plating layer, the service life will be prolonged.
2. The performance of the high current pogo pin is stable
The electroplated layer on the surface of the connector can improve the ductility, durability, wear resistance, and mechanical properties of the connector. The electroplated layer on the surface of the connector can stabilize the impedance of the connector and make the electrical performance of the connector more stable.
3. The spring thimble of the large circuit has strong abrasion resistance
The electroplated layer on the surface of the connector can isolate harmful substances in the environment, which not only reduces the damage to the connector but also increases the wear resistance of the connector.
4. High current spring thimble has strong working performance
The electroplating layer on the surface of the high-current spring thimble connector not only protects the connector but also improves the performance of some aspects on the other hand. The electroplating layer is the protector of the normal use of the connector. Nowadays, some connector manufacturers are selecting more stable coating materials that can make the connector work.
