Transmission Conductor Structure for Crosstalk Suppression

The transmission conductor is segmented into multiple conductors (first transmission conductor, second transmission conductor, third transmission conductor, fourth transmission conductor) with specific functions assigned to each. The first and second conductors form a differential signal pair, while the third and fourth conductors serve as ground/reference conductors. This segmentation allows targeted suppression of common mode signals and electromagnetic interference through coordinated arrangement and connection of individual conductors.

The patent transitions from traditional planar shielding to a three-dimensional conductor arrangement with specific spatial relationships. Conductors are positioned at defined distances from each other and connected at specific points, creating a multi-dimensional structure that effectively guides and scatters electromagnetic waves in multiple directions, enhancing interference suppression capability.

The patent merges the functions of ground terminals and shielding structures into an integrated conductor arrangement. The third and fourth transmission conductors serve dual purposes as both signal/reference carriers and ground/reference elements for crosstalk suppression. By connecting these conductors at specific points and maintaining defined spatial relationships, the structure achieves crosstalk blocking without requiring separate ground terminal components.

Each transmission conductor is designed to perform multiple functions: the first and second conductors transmit differential signals while also providing electromagnetic shielding; the third and fourth conductors serve as ground references while simultaneously blocking crosstalk. This multi-functionality reduces the need for additional dedicated components, simplifying the overall structure while maintaining effective interference suppression.