See how a rail-mounted conducting curtain enables convenient access to an electromagnetic-shiel
See how a loop-shaped conductive seal on a fastener maintains metamaterial shielding continuity
A split dielectric RF shield and air-gap mounting reduce thermal gradients, helping chamber shields and pumping plates resist cracking and warping.
Internal thermal zones let a subsea substation house a transformer and overcurrent devices in one oil-filled enclosure with lower heat interference.
Separate thermal zones let a subsea substation share one oil-filled enclosure for transformers and overcurrent devices while limiting heat transfer.
An EM-shielded battery housing with an opposing shield suppresses noise and radio leakage while preserving wireless cell monitoring.
Embedded EMI shield wires sense and locally heat an optical window to correct aerodynamic thermal gradients and reduce wavefront distortion.
A shielded housing and opposing shield contain EMI leakage while preserving wireless battery stack monitoring inside the module.
An EMI-shielded battery module uses separated wireless monitors and an opposing shield to suppress noise leakage and keep ECU communication stable.
Different soft magnetic alloys in outer and inner shells improve shielding while reducing remanent residual magnetic fields.