Why do pogo pin connectors need to be electroplated?
Why do thimble connectors need to be electroplated on the surface? New customized waterproof spring connectors (spring pins) provide advanced protection for portable devices in harsh environments. The pogo pin with press-fit and O-ring assembly achieves IPx7 waterproof performance while reducing the need for additional waterproofing and protection of equipment and terminals.
Manual and wave soldering will not apply too much heat to the shell. Pogo pin terminals require insert molding. The basic specifications of the waterproof spring connector include a rated current of AC/DC12V2A, an operating temperature of -40oC-+85oC, and rated durability of 100K cycles. Spring-loaded connector solutions can be further customized to meet specific design requirements, environments and requirements. Applications of waterproof connectors include data collection terminals, data communication devices, wireless devices, mobile GPS devices, and any other types of devices that are connected to charging stations. Currently, commonly used connectors are plated around. The thickness and material of the connector plating are determined according to the purpose of the connector.
Why do connectors generally need to be coated? The plating on the surface of the connector can prevent the connector from being corroded due to oxidation and vulcanization in the working environment, thereby protecting the connector and extending the service life of the connector. The electroplated coating on the connector surface can improve the mechanical properties of the connector, such as ductility, durability, wear-resistance, and mating force. The electroplating layer on the surface of the thimble connector can stabilize the impedance of the connector and make the electrical performance of the connector more stable. The electroplated layer on the surface of the connector can separate harmful substances in the environment, which not only reduces the damage to the connector but also increases the wear resistance of the connector.
The electroplated layer on the connector surface not only protects the connector but also improves the working performance in some aspects. The electroplating layer is the protective material for the normal use of the connector. Now some connector manufacturers are choosing more stable coating materials to make the connectors work.