Custom 2.54mm 0.100in Precision Pogo Pin Connector for Medical Device Applications

Optimize your high-end electronic interfaces with the 4-pin precision Pogo Pin connector from YYE (Dongguan Yuanyue Electronics). This spring-loaded connector assembly is specifically engineered for critical applications in Medical Device Cable Assemblies and smart wearable technology, where space is limited but reliability is paramount. Featuring a row of four high-durability, gold-plated plungers housed in a high-temperature resistant thermoplastic base, this component provides a stable, low-resistance electrical path for both signal and power transmission.

As a leading specialist in Custom Interface Cable Assemblies, YYE ensures that every Pogo Pin module is built to withstand thousands of mating cycles without compromising mechanical integrity. The gold-plated finish offers superior protection against oxidation and environmental corrosion, making it perfect for handheld medical instruments and industrial portable devices. Our integrated design includes locating pegs for precise PCB mounting and automated assembly. With our comprehensive OEM/ODM services, YYE can customize pin pitch, spring force, and overall height to match your product's internal architecture perfectly. Trust YYE’s ISO-certified manufacturing excellence to deliver the compact, high-performance connectivity solutions needed for the next generation of digital and medical innovation.

Key Features

• Provides a compact multi-channel connection for simultaneous power and data transfer in small enclosures
• Ensures ultra-low contact resistance and excellent corrosion resistance for long-term electrical stability
• Engineered for high-frequency mating cycles with consistent contact force to prevent signal interruptions
• Features specialized mounting posts on the base to ensure accurate alignment and secure fixation on PCBs
• Constructed with premium-grade plastic capable of withstanding industrial soldering temperatures and harsh conditions
• Fully tailorable pin stroke, height, and compression force to suit specific device integration requirements