This invention is generally directed to semi-conductive power cable shields, cables with such shield and compositions for making such shields.

It is used against multilayered armour plating.

The conductive shield provided on one surface of the first insulator and the conductive shield provided on one surface of the second insulator are electrically connected.

In an embodiment, the distance of the shields from the coil and/or the curvature of the shields may be adjusted.

The patterned ground plane includes multiple shields, e.g., eight shields for eight sides of an octagonal shape conductor.

RF magnetic shields (60) which support tangential electric fields.

The EMI shields on the connector and the EMI shielding on the connecting cables are all connected to a common ground.

Advantageously, with the arrangement of the subject invention, two shields are provided for at least partially covering a needle with one of the shields acting as a trigger.

The sizing and geometry of the openings is such as to provide good conductive engagement between the shields and the conductive member so as to terminate the shields en masse.

These flexible braided wires are compressed in the termination adapter instead of the shields, thus preventing damage to the shields to ensure their functionality.

The shields may further include tabs used to attach the shields to components of the gauge, such as the gauge's feedthrough pins.

The horizontal tailshields (110) are electrically coupled to the vertical shields (108) to form a coaxial shield around each conductive path (202).

The shields (111, 121) are connected with the containing case (3).

Outer shields are applied to corresponding dielectric shells.

The tube-like element is connected electrically with the two cages and also with the shields (11) of the cables drawn between the cages, wherein the tube-like element is closed sealingly around the cable shields.