1602290

Designed for high-energy physics experiments, Phoenix Contact's 1602290 sets new radiation-hardness standards in Heavy Duty Connectors - Assemblies. This connector system withstands cumulative doses exceeding 1MGy while maintaining signal integrity in particle accelerator beamline instrumentation.The Side Entry, Dual radiation-hardened design incorporates ceramic insulators and sapphire windows that maintain dielectric properties after prolonged exposure to synchrotron radiation.With 6 hybrid configuration, this solution simultaneously handles kV-level bias voltages and pA-level leakage current measurements in ionization chamber applications.The B6 compact footprint enables dense packing in particle detector arrays while maintaining proper creepage distances for ultra-high vacuum environments.M20 ultra-high vacuum flanges meet CERN specifications for leak rates below 10^-9 mbar l/s in hadron collider beam pipe connections.Utilizing Screw technology, the contacts employ radiation-resistant alloys that prevent embrittlement under neutron flux densities up to 10^14 n/cm .The Cable and Panel Connector Assembly package includes oxygen-free copper components that minimize activation products when exposed to proton beams in spallation neutron sources.Containing 8 pcs - 1 Base, 1 Cover, 3 Inserts, 3 Housings, this nuclear-grade solution features laser-welded assemblies that eliminate organic outgassing sources in critical beamline ultra-high vacuum systems.