See how automated shielding curtains use detection and driving mechanisms to allow lightweight
A thin metal shield overlapped by a thicker resin exterior holds the connector securely while keeping camera case size and EMI shielding under control.
A sealed oxidation suppression layer protects the wire harness shield joint, limiting resistance rise and preserving EMI shielding under heat cycles.
Piezoelectric transducers pass signals through a conductive enclosure without a conductive path, blocking EMP, EMI, and emissions leakage.
Discrete capacitors between isolated conductive layers attenuate EMI in compact high-current feedthrough assemblies with lower production cost.
A spring-biased conductive link keeps cable tap housing portions grounded when loosely fastened, reducing RF leakage and interference.
Grounded shield tabs and clips built into a computing card socket divert RF signals, reducing interference that can disrupt data integrity.
A frictional receiving chamber connects the stinger center conductor without opening the housing, preserving weather-tight sealing and avoiding torque damage.
A bushing and faceplate mounting structure electrically isolates coaxial RF connectors, improving rigidity while reducing EMI reflection and noise.
Conductive sleeves ground floating connector receptacles while mesh enclosure walls improve airflow, reducing signal noise and heat buildup.
A conductive shield pipe and sealing holder block electromagnetic disturbances at fibre cable partition passages, with optional fire protection.
A flap thermal interface bridges air gaps to dissipate heat from connector components while the enclosure maintains EMI shielding.
A deflectable thermal flap inside the EMI enclosure closes air gaps, cooling heat-generating connector components without losing shielding.
Combining copper contact areas with an aluminum shielding body cuts enclosure weight and cost while maintaining continuous EMI shielding.
Different conductive materials are assigned to contact and enclosure zones to cut shielding weight and cost while preserving EMI protection.
An elastic member links the connector shield to the grounded housing, enabling SMT mounting and reliable EMC grounding without DIP soldering.