RF Coaxial Connector Bodies

RF Coaxial Connector Bodies that lack uniform conductive enclosures or have insufficient ground contact mechanisms are vulnerable to electromagnetic leakage. This interferes with nearby analog circuits and compromises system-level EMC compliance. A shield-optimized RF Coaxial Connector Body includes 360° machined contact fingers, conductive gaskets, and unified barrel enclosures with no parting gaps. These features collectively deliver shielding effectiveness beyond 110 dB across 1–18 GHz, protecting the signal chain from both ingress and egress EMI. 

RF Coaxial Connector Bodies in high-power systems face thermal loading due to conductor losses and reflected power. Without sufficient thermal conductivity and uniform contact pressure, the connector body becomes a hotspot, accelerating dielectric aging and metal fatigue. A thermally robust RF Coaxial Connector Body employs CuZn or BeCu substrates with >300 W/m·K conductivity and surface plating stacks (Ni–Au or Ni–Ag) that reduce thermal resistance at the interface. These configurations maintain thermal equilibrium during >100 W continuous RF transmission.