Induced field variations depend on the winding pitch of CORC cables, and the changes can influence electromagnetic shielding performance.
Measurements indicate that changes in winding pitch can lead to significant differences in screening current effects, revealing up to a 30% performance variability.
Assessment using electromagnetic modeling of CORC cable designs demonstrates the interplay between winding configuration and shielding effectiveness.
Findings support the notion that optimizing winding pitches can enhance screening performance, highlighting potential benefits for cable design.