In the fast-evolving world of wearable technology, the need for reliable connectivity solutions is paramount. Pomagtor, a leading innovator in the field, offers a robust magnetic connector for wearable devices designed to meet the rigorous demands of modern applications.
Advanced Plating Techniques
Pomagtor’s connectors feature several sophisticated plating options to ensure optimal performance. The contact plating uses brass with Au10u” over 50-80u” Ni, providing excellent conductivity and durability. Similarly, the contact solder area plating utilizes brass with Au10u” over 50-80u” Ni to enhance soldering reliability. These advanced plating techniques not only enhance the durability of the connectors but also improve high-frequency signal transmission, essential for wearable devices that require quick data transfer and efficient charging capabilities.
Superior Mechanical and Electrical Specifications
The spring component of Pomagtor’s magnetic connector for wearable devices is made from SUS 304 with Au” over 5-25u” Ni, ensuring resilience and longevity. The housing is constructed from HTN, which can withstand operating temperatures up to 265°C. With a rated voltage of 12 volts and a maximum current of 1.5A per contact, this connector is designed for high-performance applications. Its insulation resistance stands at a minimum of 100mΩ, while the dielectric withstand voltage is 100V at 60Hz. Additionally, the connectors boast a mechanical life of over 20,000 cycles, making them ideal for wearable devices that require frequent use.
Conclusion
Pomagtor’s magnetic connector for wearable device exemplifies the blend of innovative design and rigorous specifications. With features that not only ensure high-frequency signal transmission but also support over 10A current charging, these connectors are perfect for achieving fast charging and high-rate data transmission. As wearable technology continues to advance, Pomagtor remains at the forefront, delivering reliable and efficient connectivity solutions tailored for the future.
