High fidelity audio cable

Claim 2

A signal-carrying cable having no delay from end to end as a function of the frequency of audio-range signals conducted therethrough comprising: (a) an elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; (b) a plurality of fine strands of an electrical conducting material longitudinally disposed between the ends of the cable along the outer surface of said core member, said strands being electrically insulated from one another and comprising a mixture of 34-gage, 37-gage and 40-gage conductors, the diameter of said cylindrical core member being sufficiently large with respect to the thickness of said strands that the cable effectively comprises all skin conductors; (c) spacer means disposed along the length of said core member for defining a cylindrical support area radially spaced from said outer surface of said core member; and, (d) electrical shield means disposed on said spacer means.

Claim 3

The cable of claim 1 wherein said spacer means comprises: (a) an elongated spacer member of a flexible insulating material helically wrapped about said core member; and, (b) a cylindrical support tube of a flexible insulating material disposed over and supported by said spacer means.

Claim 4

The audio cable of claim 2 wherein: said elongated spacer member is a hollow plastic tube.

Claim 5

The audio cable of claim 1 wherein: said spacer means comprises a solid plastic cylinder concentrically disposed over said core member and said strands of electrical conducting material.

Claim 6

The audio cable of claim 1 wherein: said core member is a hollow plastic tube.

Claim 7

The audio cable of claim 1 wherein: said core member is a solid plastic cylinder.

Claim 8

The audio cable of claim 1 wherein: said strands are individually insulated and are helically wrapped around said core member.

Claim 9

The audio cable of claim 1 wherein: said strands are longitudinally disposed along the surface of said core member and attached thereto in non-electrically contacting spaced relationship to one another.

Claim 10

The audio cable of claim 1 wherein: said strands comprise one 34-gage, three 37-gage, and three 40-gage conductors.

Claim 11

A two conductor audio cable having no delay from end to end as a function of the frequency of audio signals conducted therethrough comprising: (a) a first elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; (b) a plurality of first strands of an electrical conducting material longitudinally disposed between the ends of the cable along the outer surface of said first core member, said first strands being electrically insulated from one another, the diameter of said first cylindrical core member being sufficiently large with respect to the thickness of said first strands that said first strands comprise a cable of effectively only skin conductors, said first strands comprising a mixture of 34-gage, 37-gage and 40 -gage conductors; (c) a first cylindrical support member of a flexible insulating material concentrically disposed over said first core member and extending between the ends of the cable; (d) a second elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; (e) a plurality of second strands of an electrical conducting material longitudinally disposed between the ends of the cable along the outer surface of said second core member, said second strands being electrically insulated from one another, said second strands comprising a mixture of 34-gage, 37-gage and 40-gage conductors; (g) a second cylindrical support member of a flexible insulating material concentrically disposed over said second core member and extending between the ends of the cable; and, (h) flexible electrical shield means disposed around said first and second support members and extending between the ends of the cable for holding said support members together in parallel relationship and for providing electrical shielding for said first and second strands.

Claim 12

A two conductor audio cable having no delay from end to end as a function of the frequency of audio signals conducted therethrough comprising: (a) a first elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; (b) a plurality of first strands of an electrical conducting material longitudinally disposed between the ends of the cable along the outer surface of said first core member, said first strands being electrically insulated from one another, the diameter of said first cylindrical core member being sufficiently large with respect to the thickness of said first strands that said first strands comprise a cable of effectively only skin conductors, said first strands comprising a mixture of 34-gage, 37-gage and 40 -gage conductors; (c) a first cylindrical support member of a flexible insulating material concentrically disposed over said first core member and extending between the ends of the cable; (d) a second elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; (e) a plurality of second strands of an electrical conducting material longitudinally disposed between the ends of the cable along the outer surface of said second core member, said second strands being electrically insulated from one another, said second strands comprising a mixture of 34-gage, 37-gage and 40-gage conductors; (g) a second cylindrical support member of a flexible insulating material concentrically disposed over said second core member and extending between the ends of the cable; and, (h) flexible electrical shield means disposed around said first and second support members and extending between the ends of the cable for holding said support members together in parallel relationship and for providing electrical shielding for said first and second strands.

Claim 13

The audio cable of claim 10 wherein: said strands are individually insulated and are helically wrapped around respective ones of said core members.

Claim 14

The audio cable of claim 10 wherein: said strands are longitudinally disposed along the surface of respective ones of said core members and the individual strands attached thereto in non-electrically contacting spaced relationship to one another.

Claim 15

The audio cable of claim 10 wherein said first and second support members comprise: (a) first and second elongated spacer members of a flexible insulating material helically wrapped about respective ones of said core members; and, (b) first and second elongated support cylinders of a flexible insulating material disposed over respective ones of said first and second elongated spacer members.

Claim 16

The audio cable of claim 10 wherein said first and second support members comprise: first and second elongated solid plastic cylinders of a flexible insulating material concentrically disposed over respective ones of said core members.

Claim 17

The audio cable of claim 10 wherein said first and second support members comprise: (a) a plurality of first and second spacer discs of an insulating material concentrically disposed about respective ones of said core members at spaced intervals along the length thereof; and, (b) first and second elongated support cylinders of a flexible insulating material disposed over respective ones of said first and second spacer discs.

Claim 18

The audio cable of claim 10 and additionally comprising: an elongated, insulated, flexible ground conductor helically wrapped around said flexible electrical shield means and extending between the ends of the cable.

Claim 19

A signal-carrying cable having no delay from end to end as a function of the frequency of audio-range signals conducted therethrough comprising: (a) means for defining an elongated cylindrical conductor with all "skin" and no central inner conducting capability, said means comprising a(1) an elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; and, a(2) a plurality of fine strands of an electrical conducting material comprising a mixture of 34-gage, 37-gage and 40-gage conductors longitudinally disposed between the ends of the cable along the outer surface of said core member, said strands being electrically insulated from one another, the diameter of said cylindrical core member being sufficiently large with respect to the gage of said strands that said strands are effectively only skin conductors; and, (b) means for concentrically supporting an elongated cylindrical shield about said cylindrical conductor in insulated spaced relationship thereto.

Claim 20

A signal-carrying cable having no delay from end to end as a function of the frequency of audio-range signals conducted therethrough comprising: (a) means for defining an elongated cylindrical conductor with all "skin" and no central inner conducting capability, said means comprising a(1) an elongated cylindrical core member of a flexible insulating material extending between the ends of the cable; and, a(2) a plurality of fine strands of an electrical conducting material comprising a mixture of 34-gage, 37-gage and 40-gage conductors longitudinally disposed between the ends of the cable along the outer surface of said core member, said strands being electrically insulated from one another, the diameter of said cylindrical core member being sufficiently large with respect to the gage of said strands that said strands are effectively only skin conductors; and, (b) means for concentrically supporting an elongated cylindrical shield about said cylindrical conductor in insulated spaced relationship thereto.

Claim 21

The signal-carrying cable of claim 17 wherein said means for concentrically supporting an elongated cylindrical shield about said cylindrical conductor in insulated spaced relationship thereto comprises: (a) spacer means disposed along the length of said core member for defining a cylindrical support area radially spaced from said outer surface of said core member; and, (b) electrical shield means disposed on said spacer means.