Method to reduce signal distortion caused by dielectric materials in transmission wires and cables

A method to reduce signal distortion caused by dielectric materials in transmission wires and cables, the method comprising the steps of:

• providing an electric field compensation (“EFC”) wire having a center conductor with a center conductor source end and a center conductor destination end, a layer of center conductor insulation axially disposed around the center conductor, a surround conductor axially disposed around the center conductor insulation and having a source conductor source end and a source conductor destination end, wire jacket insulation axially disposed around the surround conductor, and an electric field compensation circuit;
• providing a first electronic component having a positive terminal and a negative terminal;
• providing a second electronic component having a positive terminal and a negative terminal;
• connecting the source end of the center conductor and the source end of the surround conductor of the EFC wire to the positive terminal of the first electronic component;
• connecting the destination end of the center conductor and the destination end of the surround conductor of the EFC wire to the positive terminal of the second electronic component;
• connecting a second conductor to the negative terminal of both the first and second electronic components to provide a return signal path;
• wherein the EFC wire provides the positive signal connection and the second conductor provides the negative connection and a return signal path, and wherein together, the EFC wire and second conductor provide a completed circuit path for the signal transmission;
• and
• wherein the electric field compensation circuit splits an input signal into a first and a second signal for transmission in the same direction along a first signal path on said center conductor and a second signal path along the surround conductor.