Electrical cable

Claim 2

An electrical cable having a reduced susceptibility to system generated electromagnetic pulse effects, comprising: an insulated conductive wire core comprising at least one wire lead; a shield layer surrounding said conductive wire core; an insulative jacket surrounding said shield layer; and a cured, integrally formed, elastomeric, amorphous material mass disposed about said conductive wire core and substantially filling interstitial voids within said shield layer and between wire leads of said conductive wire core, whereby susceptibility to system generated electromagnetic pulses is substantially reduced.

Claim 3

The electrical cable of claim 1, wherein said elastomeric, amorphous material comprises silicone rubber.

Claim 4

The electrical cable of claim 2, wherein said silicone rubber in its liquified state is characterized by a viscosity in an uncured state in an approximate range of between 1.2 to 3.2×10 6 centipoises.

Claim 5

The electrical cable of claim 3, wherein said silicone rubber in an uncured, liquified state is curable within approximately between 8 to 24 hours at ambient temperature.

Claim 6

The electrical cable of claim 2, wherein said silicone rubber is defined by a thixotropic paste in an uncured, liquified state.

Claim 7

The electrical cable of claim 2, wherein said silicone rubber in an uncured, liquified state is curable within approximately between 8 to 24 hours at ambient temperature.

Claim 8

An electrical cable having a reduced susceptibility to system generated electromagnetic pulse effects, comprising: an insulated conductive wire core comprising at least one wire lead; a shield layer surrounding said conductive wire core; an insulative jacket surrounding said shield layer; and a cured, integrally formed elastomeric, amorphous material comprising silicone rubber whose viscosity in its liquified, uncured state is in an approximate range of between 1.2 to 3.2×10 6 centipoises, sufficient to allow it to flow under pressure about and within said wire core, wherein said cured silicone rubber becomes disposed about and integrally disposed within interstitial voids of said conductive wire core, and is further characterized by substantially filling voids within said shield layer and between wire leads, whereby susceptibility to system generated electromagnetic pulses is substantially reduced.

Claim 9

An electrical cable having a reduced susceptibility to system generated electromagnetic pulse effects, comprising: an insulated conductive wire core comprising at least one wire lead; a shield layer surrounding said conductive wire core; an insulative jacket surrounding said shield layer; and a cured, integrally formed elastomeric, amorphous material comprising silicone rubber whose viscosity in its liquified, uncured state is in an approximate range of between 1.2 to 3.2×10 6 centipoises, sufficient to allow it to flow under pressure about and within said wire core, wherein said cured silicone rubber becomes disposed about and integrally disposed within interstitial voids of said conductive wire core, and is further characterized by substantially filling voids within said shield layer and between wire leads, whereby susceptibility to system generated electromagnetic pulses is substantially reduced.

Claim 10

The electrical cable of claim 7, wherein said conductive wire core contains between one and four wire leads.

Claim 11

The electrical cable of claim 8, wherein each of said wire leads is insulated with a material selected from a group consisting of: fluoropolymers.

Claim 12

The electrical cable of claim 8, wherein a material insulating said wire leads comprises dip-coated crosswrapped tapes.

Claim 13

The electrical cable of claim 8, wherein each wire lead comprises silver-coated copper.

Claim 14

The electrical cable of claim 11, wherein said conductive wire core contains between one and four cabled wire leads.

Claim 15

The electrical cable of claim 7, wherein said shield layer comprises braided strands, silver-coated, copper alloy.

Claim 16

The electrical cable of claim 7, wherein said insulative jacket comprises a material selected from a group consisting of: a polyester, fluorocarbon and a polyimide.

Claim 17

The electrical cable of claim 14, wherein the selected material is a polyimide, and said polyimide insulative jacket comprises a wrap of polyimide tape.

Claim 18

The electrical cable of claim 7, wherein said elastomeric, amorphous material is defined by a thixotropic paste in an uncured, liquified state.

Claim 19

In an electrical cable including an insulated conductive wire core surrounded by a shield that is further surrounded by an insulative jacket, the improvement comprising: a cured, integrally formed, elastomeric, amorphous material mass disposed about and within said conductive core and said shield that substantially fills interstitial voids within said shield and within said conductive wire core, and between wires of said conductive wire core, whereby susceptibility to system generated electromagnetic pulses is substantially reduced.

Claim 20

In an electrical cable including an insulated conductive wire core surrounded by a shield that is further surrounded by an insulative jacket, the improvement comprising: a cured, integrally formed, elastomeric, amorphous material mass disposed about and within said conductive core and said shield that substantially fills interstitial voids within said shield and within said conductive wire core, and between wires of said conductive wire core, whereby susceptibility to system generated electromagnetic pulses is substantially reduced.

Claim 21

The electrical cable of claim 17, wherein said elastomeric, amorphous material comprises silicone rubber.

Claim 22

The electrical cable of claim 18, wherein said silicone rubber is characterized in a liquified, uncured state by a viscosity in an approximate range of between 1.2 to 3.2×10 6 centipoises.

Claim 23

The electrical cable of claim 18, wherein said silicone rubber is defined in a liquified, uncured state by a thixotropic paste.

Claim 24

The electrical cable of claim 18, wherein said silicone rubber in a liquified, uncured state is curable within approximately between 8 to 24 hours at ambient temperature.

Claim 25

The electrical cable of claim 19, wherein said silicone rubber in a liquified, uncured state is curable within approximately between 8 to 24 hours at ambient temperature.

Claim 26

The electrical cable of claim 17, wherein said conductive wire core contains between one and four wire leads.

Claim 27

The electrical cable of claim 23, wherein each of said wire leads is insulated with a material selected from a group consisting of: a fluoropolymer and a polyimide.

Claim 28

The electrical cable of claim 24, wherein said selected material is polyimide, said polyimide insulation comprises dip coated crosswrapped tapes.

Claim 29

The electrical cable of claim 23, wherein each wire lead comprises silver-coated copper.

Claim 30

The electrical cable of claim 17, wherein said shield comprises braided strands, silver-coated, copper alloy.

Claim 31

The electrical cable of claim 17, wherein said insulative jacket comprises a material selected from a group consisting of: a polyester, fluorocarbon and polyimide.

Claim 32

The electrical cable of claim 28, wherein said selected material is polyimide, said polyimide insulative jacket comprises a wrap of polyimide tape.

Claim 33

The electrical cable of claim 17, wherein said elastomeric, amorphous material is defined in a liquified, uncured state by a thixotropic paste.