Electrical connection board with conductors for transmitting high-frequency signals

Claim 2

Electrical connection board comprising two planes containing conductors attached respectively to the two faces of an insulating plate and interconnected by metallized holes traversing said plate, said metallized holes being arranged along regularly spaced rows and columns, each conductor extending essentially in the direction of said rows over a surface area comprised between two consecutive rows of metallized holes, said board being characterized in that each of the conductors attached to one of the faces of the plate has the form of a bent line whose (1 + 4k).sup.th segments (k successively assuming the values of zero and positive integers) are arranged along the median line of the two rows of metallized holes bordering the portion of surface area over which this conductor extends, said segments coinciding with the parts of this line that are disposed between the 2k.sup. th and the (2k + 1).sup.th columns of holes, whose (3 + 4k).sup.th segments are arranged along one of these rows and along the parts of these rows disposed between the (2k + 1).sup.th and the (2k + 2).sup.th columns, and whose (2 + 4k) .sup.th and (4 + 4k).sup.th segments of each conductor are arranged obliquely with respect to the rows of metallized holes, and characterized in that the conductors attached to the other face of the plate have a form identical to that of the conductors on the first face, but are positioned with respect to them with their odd-numbered segments placed along alternate median lines of rows of holes and along alternate rows of holes than those of the conductors of the first face.

Claim 3

Electrical connection board according to claim 1, characterized in that the conductors attached to the two faces of the insulating plate have a configuration in which the (3 + 4k) .sup.th segments of a conductor which extends over one of the faces of the plate between two consecutive rows of metallized holes, as well as the (3 + 4k).sup.th segments of the conductor which extends over the other face of the plate between these same rows, are all arranged along one of these two rows.

Claim 4

Electrical connection board according to claim 1, characterized in that the conductors attached to the two faces of the insulating plate have a configuration in which the (3 + 4k) .sup.th segments of a conductor which extends over one of the faces of the plate between two consecutive rows of metallized holes are arranged along one of these two rows, while the (3 + 4k).sup.th segments of the conductor which extends over the other face of the plate between these same rows are arranged along the other row.

Claim 5

Electrical connection board according to claim 1, characterized in that the conductors attached to the two faces of the insulating plate have a configuration in which the (3 + 4k) .sup.th segments of a conductor which extends over one of the faces of the plate between the two consecutive rows of metallized holes, as well as the (3 + 4k).sup.th segments of the conductor which extends over the other face of the plate between these same rows, are arranged alternately, some along one of these rows and some along the other, the arrangement being such that none of the (3 + 4k).sup.th segments of the first conductor is superposed over any of the (3 + 4k).sup.th segments of the second conductor.

Claim 6

Electrical connection board according to claim 1, characterized in that each of the (3 + 4k).sup.th segments has a length less than the distance separating two consecutive columns of metallized holes, and the (2 + 4k).sup.th and (4 + 4k).sup.th segments of each conductor are therefore arranged obliquely with respect to the rows of metallized holes, the insulating plate being further provided on each of its faces with junction conductors arranged along the columns of holes, each junction conductor connecting a metallized hole of the plate to a conductor passing nearby said hole.

Claim 7

Electrical connection board according to claim 1 comprising a plurality of planes of conductors, with each pair of planes attached respectively to the two faces of an insulating plate, said conductors positioned in a manner such that their segments placed along the median lines of the rows of holes on a given plane alternate with those of the conductors of each adjacent plane.

Claim 8

Electrical connection board according to claim 6, characterized in that it further comprises a second continuous conducting plate arranged over the other face of the system of planes of conductors, this plate being separated from the system by a layer of insulating material.

Claim 9

Electrical connection board according to claim 1, characterized in that it further comprises a continuous conducting plate arranged over one of the faces of the system of planes of conductors, this plate being separated from said system by a layer of insulating material.

Claim 10

Electrical connection board comprising: a plurality of planes containing conductors, with each pair of planes attached respectively to the two faces of an insulating plate and interconnected by metallized holes traversing said plate, said metallized holes being arranged along regularly spaced rows and columns, each conductor extending essentially in the direction of said rows over a surface area comprised between two consecutive rows of metallized holes, said board being characterized in that each of the conductors attached to one of the faces of the plate has the form of a bent line whose (1+4k).sup.th segments (k successively assuming the values of zero and positive integers) are arranged along the median line of the two rows of metallized holes bordering the portion of surface area over which this conductor extends, said segments coinciding with the parts of this line that are disposed between the 2k.sup.th and the (2k+1) .sup.th columns of holes and whose (3+4k).sup.th segments are arranged along one of these rows and along the parts of these rows disposed between the (2k+1).sup.th and the (2k+2).sup.th columns, and characterized in that the conductors attached to a given plane have a form identical to that of the conductors on each adjacent plane, but are positioned with respect to them with their odd-numbered segments placed along the alternate median lines of the rows of holes and along the alternate rows of holes than those of the conductors of each adjacent plane; a plurality of junction conductors arranged along each column of holes on each face of each insulating plate, with each junction conductor connecting a metallized hole of the plate to a conductor passing nearby said hole; two continuous conducting surfaces arranged over each of the faces of the system of planes of conductors, with each conducting surface being separated from said system by a layer of insulating material; and, said conductors characterized in that each of the (3+4k).sup.th segments has a length less than the distance separating two consecutive columns of metallized holes, and the (2+4k).sup.th and (4+4k).sup.th segments of each conductor being arranged obliquely with respect to the rows of metallized holes.

Claim 11

Electrical connection board comprising: a plurality of planes containing conductors, with each pair of planes attached respectively to the two faces of an insulating plate and interconnected by metallized holes traversing said plate, said metallized holes being arranged along regularly spaced rows and columns, each conductor extending essentially in the direction of said rows over a surface area comprised between two consecutive rows of metallized holes, said board being characterized in that each of the conductors attached to one of the faces of the plate has the form of a bent line whose (1+4k).sup.th segments (k successively assuming the values of zero and positive integers) are arranged along the median line of the two rows of metallized holes bordering the portion of surface area over which this conductor extends, said segments coinciding with the parts of this line that are disposed between the 2k.sup.th and the (2k+1) .sup.th columns of holes and whose (3+4k).sup.th segments are arranged along one of these rows and along the parts of these rows disposed between the (2k+1).sup.th and the (2k+2).sup.th columns, and characterized in that the conductors attached to a given plane have a form identical to that of the conductors on each adjacent plane, but are positioned with respect to them with their odd-numbered segments placed along the alternate median lines of the rows of holes and along the alternate rows of holes than those of the conductors of each adjacent plane; a plurality of junction conductors arranged along each column of holes on each face of each insulating plate, with each junction conductor connecting a metallized hole of the plate to a conductor passing nearby said hole; two continuous conducting surfaces arranged over each of the faces of the system of planes of conductors, with each conducting surface being separated from said system by a layer of insulating material; and, said conductors characterized in that each of the (3+4k).sup.th segments has a length less than the distance separating two consecutive columns of metallized holes, and the (2+4k).sup.th and (4+4k).sup.th segments of each conductor being arranged obliquely with respect to the rows of metallized holes.