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The invention provides a flexible electrode antenna having a layer of conductive material laminated between a layer of flame retardant material and a layer of protective material. The layer of conductive material is preferably a metalized polymer substrate having corrosion resistant properties. The

The invention provides a flexible electrode antenna having a layer of conductive material laminated between a layer of flame retardant material and a layer of protective material. The layer of conductive material is preferably a metalized polymer substrate having corrosion resistant properties. The flame retardant material is preferably a glass cloth, while the protective material is preferably a non-woven material.

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1. A flexible electrode antenna having a machine direction and a cross direction comprising: a layer of conductive material comprised of a layer of copper between two layers of nickel; a layer of flame retardant material adhered to a first side of the layer of conductive material; and a layer o

1. A flexible electrode antenna having a machine direction and a cross direction comprising: a layer of conductive material comprised of a layer of copper between two layers of nickel; a layer of flame retardant material adhered to a first side of the layer of conductive material; and a layer of non-woven protective material adhered to a second side of the layer of conductive material, wherein the antenna has tear resistance values using test standard ASTM D 1004-94A of from about 8.0 to about 11.6 pounds in the machine direction, and from about 9.7 to about 20.7 pounds in the cross direction. 2. The flexible electrode antenna of claim 1, wherein the layer of copper has a thickness in the range of 2000 to 3000 angstroms. 3. The flexible electrode antenna of claim 2, wherein the layer of copper has a thickness of about 2500 angstroms. 4. The flexible electrode antenna of claim 1, wherein the layers of nickel have a thickness in the range of 250 to 600 angstroms. 5. The flexible electrode antenna of claim 4, wherein the layers of nickel have a thickness of about 400 angstroms. 6. The flexible electrode antenna of claim 1, wherein the layer of conductive material comprises a layer of conductive non-woven material. 7. The flexible electrode antenna of claim 6, wherein the layer of conductive material comprises a layer of conductive woven material. 8. The flexible electrode antenna of claim 1, wherein the flame retardant layer is glass cloth. 9. The flexible electrode antenna of claim 8, wherein the glass cloth is formed of blown glass fibers. 10. The flexible electrode antenna of claim 1 wherein the protective material is a non-woven PET.