Using Ohm’s Law to Predict Elastomeric Connector Performance
When engineers discuss current carrying capability, the conversation often begins with a simple question: How many amps can the connector…
Elastomeric Connectors for Flexible Circuit Interfaces
Flexible circuits have become a core part of modern electronic systems. From embedded sensors and OLED displays to camera modules,…
Elastomeric Connectors for Medical Device OEMs
As medical electronics continue to shrink and conform to the human body, traditional interconnect methods are becoming a limiting factor.…
Elastomeric Connectors for OEM Interconnects
Most board-level interfaces in OEM products rely on traditional connectors, sockets, ZIFs, spring-loaded pins, or soldered terminations. In high-volume applications,…
Elastomeric Connectors for SMD Pads and Castellated Interconnects
Traditional board-to-board connections rely on soldered headers, spring-loaded pins, or ZIF connectors. These approaches introduce wear points, alignment challenges, and…
Elastomeric Connectors for Space-Constrained Designs
As electronic systems continue to evolve toward smaller form factors, higher signal density, and tighter mechanical tolerances, the interconnect often…