RADSOK® SMT RADSERT™ | High Current PCB Contact for Powerful Designs

Discover the RADSOK® SMT Radsert™ high current pcb contact for compact, efficient, and reliable board-level power distribution. Ideal for industrial, energy, and EV applications.

High Current PCB Contact for Demanding Power Applications

Amphenol Industrial Operations’ RADSOK® SMT Radsert™ is a high current pcb contact designed to simplify board-level power distribution in advanced electronic systems. By integrating RADSOK® contact technology, the SMT Radsert™ offers exceptional current-carrying capabilities while maintaining a low-profile, surface-mount form factor ideal for today’s compact PCB layouts. Engineered for reliability and performance, this high current pcb contact provides an efficient alternative to traditional soldered or press-fit solutions, ensuring optimal power delivery in critical applications.

Reliable Surface Mount Technology for Power Distribution

The RADSOK® SMT Radsert™ leverages Amphenol’s industry-leading surface mount technology to streamline power delivery on printed circuit boards. The contact’s compact footprint and robust mechanical integrity make it well-suited for high-density power applications such as industrial power supplies, datacom equipment, energy storage systems, and electric vehicle infrastructure. With the high current pcb contact directly surface-mounted to the PCB, users benefit from simplified manufacturing processes and improved design flexibility, particularly when space is at a premium.

Exceptional Current Carrying Capability

Built with Amphenol’s proprietary RADSOK® technology, the SMT Radsert™ delivers superior electrical performance, supporting continuous current ratings up to 200 A depending on the PCB design and cooling. The unique RADSOK® contact structure ensures a lower insertion force, reduced temperature rise, and higher cycle durability compared to conventional contacts. This high current pcb contact provides designers with confidence that their systems will maintain reliable operation even under demanding thermal and mechanical conditions.

Flexible Design Options

Amphenol Industrial Operations offers the RADSOK® SMT Radsert™ in multiple sizes to match a wide range of application requirements. Design engineers can select from various RADSOK® contact sizes to optimize their board-level power distribution architecture. With options tailored to both high amperage and space-constrained installations, this high current pcb contact supports scalable designs across multiple industries, including renewable energy, transportation electrification, heavy industrial machinery, and telecommunications infrastructure.

Durability and Quality Assurance

Each RADSOK® SMT Radsert™ undergoes rigorous testing to meet Amphenol’s quality and durability standards. The contact design minimizes fretting corrosion and enhances electrical stability over extended operational life. Its robust construction ensures that it can withstand mechanical stresses such as vibration and thermal cycling, making it an ideal solution for mission-critical applications where downtime is not an option. Whether used in industrial controllers or energy storage solutions, the SMT Radsert™ offers reliable long-term performance in the most challenging environments.

Applications Across Multiple Markets

The high current pcb contact technology behind the SMT Radsert™ finds application across a broad spectrum of industries. It is a preferred choice for renewable energy inverters, data center servers, heavy-duty industrial controls, hybrid-electric vehicle systems, and grid-scale battery energy storage systems (BESS). Wherever efficient and reliable board-level power transfer is required, Amphenol’s SMT Radsert™ delivers the performance and flexibility that today’s OEMs demand.

Contact Us to Learn More

Unlock the full potential of your board designs with Amphenol’s RADSOK® SMT Radsert™ high current pcb contact. Contact us today to request a quote, sample, or additional product information, and discover how Amphenol’s power interconnect solutions can optimize your next project.