Shield terminations create a continuous low-impedance path from cable shield to device chassis, minimizing gaps and radiated emissions. Proper 360° metal contact ensures effective EMI attenuation.

Copper alloys (brass, beryllium copper) provide high conductivity; stainless steel offers strength and corrosion resistance; conductive elastomers and silver plating improve EMI shielding while supporting sterilization.

Use short, low-impedance paths with single- or controlled multi-point bonding. Terminate cable shields near the enclosure reference plane to reduce ground loops and maintain consistent EMI performance.

Conductive elastomer, spiral-wound metal, or fingerstock gaskets provide EMI sealing while tolerating sterilization (autoclave, EtO, gamma). Proper compression maintains 360° contact and IP67/IP68 protection.

Yes. High braid coverage (80–95%) and reliable drain wire terminations reduce high-frequency leakage and improve shielding effectiveness. Use ferrules or clamps to ensure robust mechanical and electrical contact.

Connector shielding handles radiated emissions; active filtering targets conducted emissions. Combined use ensures IEC 60601-1-2 compliance while preserving device signal integrity and sealing.