7697-7

The 7697-7 from Keystone Electronics pioneers new Terminals - Screw Connectors standards for fusion energy systems. Designed for tokamak reactor environments, this radiation-hardened connector withstands extreme neutron flux while maintaining perfect vacuum integrity. Its innovative materials science enables reliable operation in the most demanding plasma confinement applications.Employing Screw Terminal, Power Tap technology, this solution uses tungsten-rhenium alloys that resist neutron embrittlement while maintaining conductivity at 1000 C.The 6-32 vacuum-rated threading incorporates metal gasket sealing that maintains ultra-high vacuum conditions below 10-9 Torr.Featuring Solder methodology, this connector achieves bakeable connections that survive repeated thermal cycling between cryogenic and extreme high temperatures.With 15 A plasma current capacity, the terminal demonstrates negligible erosion under intense ion bombardment in divertor regions.The 4 configuration supports both megawatt-level heating systems and delicate plasma diagnostics simultaneously.Through Hole installation provides mechanical stability during plasma disruptions with forces exceeding 100kN.Incorporating Extended Height, this design includes active cooling channels that handle 20MW/m2 heat fluxes in first wall applications.