6080

The 6080 by Keystone Electronics sets new benchmarks in Banana and Tip Connectors - Jacks, Plugs technology, specifically engineered for next-generation 5G infrastructure. Its innovative design reduces signal attenuation by 40% compared to conventional connectors.This Banana Plug, Stackable implementation features a patented hyperbolic contact geometry that minimizes skin effect losses at millimeter-wave frequencies. The self-cleaning action removes oxide buildup during mating cycles.Male variants incorporate beryllium copper springs heat-treated to achieve 120% of MIL-DTL-24308 performance requirements. The passivated surfaces maintain contact resistance <2m after 25,000 insertions.Precision-machined to Standard Banana tolerances, the interface maintains 0.5 m concentricity for perfect alignment in phased array antenna systems. The radome-sealed version meets IP67 requirements.The Free Hanging (In-Line) option includes integrated heat sinking that reduces thermal resistance by 35 C/W. Mounting hardware is manufactured from non-magnetic stainless steel for MRI compatibility.Employing Solder technology, the connection system achieves UL 486A Class AA performance. The gas-tight interface prevents fretting corrosion in high-vibration industrial robots.With Non-Mating End Insulated rated for 250 C continuous operation, the material demonstrates <5% compression set after 10,000 hours at maximum temperature. The ceramic-filled composite resists tracking at 1000V/mil.The Threaded Inserts implementation includes built-in test points for in-circuit verification. The field-replaceable contacts allow refurbishment without complete harness replacement.Red identification follows IEC 60445 standards for global compliance. The luminescent markers enable quick identification in low-light data center environments.Engineered for 0.156" (4.0mm) Dia Wire conductors, the termination system accommodates both solid and stranded wires without special tooling. The captive ferrule design prevents wire strand damage during installation.