Precision Gold Plated Pogo Pin Connector for Reliable Signal Transmission

Elevate your electronic designs with high-precision Pogo Pin connectors from YYE (Dongguan Yuanyue Electronics). This precision-machined spring-loaded terminal is engineered to provide an exceptionally reliable and durable contact point for high-frequency signal and power transmission. Featuring a superior gold-plated finish, this Pogo Pin ensures minimal contact resistance and excellent oxidation resistance, making it an ideal solution for Medical Device Cable Assemblies and high-end Consumer Electronics.

As a specialized manufacturer, YYE designs these Pogo Pins to withstand thousands of mating cycles, ensuring long-term mechanical stability in portable devices, docking stations, and industrial testing equipment. Our Pogo Pin terminals are a core component in many of our Custom Interface Cable Assemblies, offering a space-saving interconnect solution that supports the trend toward device miniaturization. Each pin undergoes rigorous testing for spring force consistency and electrical conductivity. Whether you are developing a new wearable or a complex medical instrument, YYE provide comprehensive OEM/ODM services to tailor the pin height, stroke, and spring force to your exact technical specifications. Trust YYE’s ISO-certified production to deliver the precision and quality your hardware project demands.

Key Features

• Provides excellent electrical conductivity and corrosion resistance for stable performance in various environments
• Engineered for high-frequency use, maintaining consistent spring force over thousands of compression cycles
• Its compact vertical structure allows for high-density layouts on PCBs, ideal for miniature electronic devices
• Precise internal spring design ensures a reliable electrical connection even under slight vibration or misalignment
• Tailorable pin height, plunger shape, and spring tension available to meet unique hardware integration needs
• Capable of carrying significant current loads while maintaining low thermal rise, perfect for fast-charging applications.