Abstract: An electrical woven electrical connection matrix plane intended primarily for switching electric signals in electronic circuits, which is made from interwoven insulation threads and X and Y current conductors, the X and Y current conductors at intersections being located on different surfaces of an insulation field formed by the interwoven insulation threads. At preset intersections there are disposed contact nodes formed by interwoven X and Y current conductors brought out at one surface of the insulation field, and at least one of the plane sections is provided with a loose hanging layer of several adjacent current conductors extended along one axis which is positioned over the interwoven insulation threads and current conductors extended along the other axis.

Abstract: An electric woven switching matrix comprises an insulating field fabric made by interweaving insulating fibers, conducting wires interwoven into the insulating field fabric, and sections for installation of circuit elements over the matrix area. The conducting wires, passing through these sections and intended for forming, by cutting, matrix contact terminals to be electrically connected with the lead-outs of the circuit elements installed on the matrix, extend out from the insulating field fabric, extend over the surface of a respective section and extend back into the insulating field fabric. Exit points from the insulating field fabric and entrance points into the insulating field fabric for odd sets of conducting wires are staggered with respect to exit points from the insulating field fabric and entrance points into the insulating field fabric for even sets of conducting wires.