Simplified multilayer circuit board

Claim 2

A multilayer circuit board comprising, in combination: a mounting board having a plurality of rectangular shaped apertures therein, each aperture of which has a plurality of voltage connector terminals attached to the edge thereof, said voltage connector terminals extending along the upper surface of said mounting board; a plurality of dielectric sheets stacked upon the upper surface of said mounting board, each of which has therein a plurality of rectangular shaped apertures in alignment with the rectangular shaped apertures of said mounting board; a plurality of conductive sheets, each of which is positioned between a pair of adjacent dielectric sheets and each of which has located therein a plurality of rectangular shaped apertures in alignment with the rectangular shaped apertures of said mounting board; a plurality of holes extending from the upper surface of said mounting board to individual conductive sheets at each appropriate connection point thereof, said plurality of holes being in alignment with the voltage connector terminals of the rectangular shaped apertures of said mounting board; and a plurality of conductive discs, each of which is inserted into one of said plurality of holes so as to connect the voltage connector terminals of the rectangular shaped apertures of said mounting board to the appropriate connection points of each of said plurality of conductive sheets.

Claim 3

The multilayer circuit board according to claim 1, wherein one of said plurality of conductive sheets forms a ground plane and the remainder of said plurality of conductive sheets form voltage planes.

Claim 4

The multilayer circuit board according to claim 1, further characterized by a plurality of dual inline sockets, each of which is inserted into one of the rectangular shaped apertures of said mounting board.

Claim 5

The multilayer circuit board according to claim 1, further characterized by a plurality of tab connections, each of which is connected to the edge of one of said plurality of conductive sheets.

Claim 6

A simplified multilayer printed circuit board comprising in combination: a mounting board having a plurality of rectangular shaped apertures, each aperture of which has first, second, and third voltage connector terminals attached to the edge thereof, said first, second, and third voltage connector terminals extending along the upper surface of said mounting board; a first dielectric sheet mounted upon the upper surface of said mounting board and secured thereto, said first dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said mounting board, each aperture having located near the edge thereof first, second, and third holes respectively in alignment with the first, second, and third voltage connector terminals of one of the apertures of said mounting board; a first conductive sheet mounted upon the upper surface of said first dielectric sheet and secured thereto, said first conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said first dielectric sheet, each aperture of said first conductive sheet having located near the edge thereof first, second, and third holes respectively in alignment with the first, second, and third voltage connector terminals of one of the apertures of said mounting board; a second dielectric sheet mounted upon the upper surface of said first conductive sheet and secured thereto, said second dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said first conductive sheet, each aperture of said second dielectric sheet having located near the edge thereof first and second holes respectively in alignment with the first and second voltage connector terminals of one of the apertures of said mounting board; a second conductive sheet mounted upon the upper surface of said second dielectric sheet and secured thereto, said second conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said second dielectric sheet, each aperture of said second conductive sheet having located near the edge thereof first and second holes respectively in alignment with the first and second voltage connector terminals of one of the apertures of said mounting board; a third dielectric sheet mounted upon the upper surface of said second conductive sheet and secured thereto, said third dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said second conductive sheet, each aperture of said third dielectric sheet having located near the edge thereof a hole in alignment with the first voltage connector terminal of one of the apertures of said mounting board; a third conductive sheet mounted upon the upper surface of said third dielectric sheet, said third conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said third dielectric sheet, each aperture of said third conductive sheet having located near the edge thereof a hole in alignment with the first voltage connector terminal of said mounting board; a fourth dielectric sheet mounted upon the upper surface of said third dielectric sheet and secured thereto, said fourth dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said third conductive sheet; and a plurality of conductive discs, a third of said conductive discs having one end thereof inserted within the holes of said third conductive plane and connected thereto, with the opposite ends thereof connected to the first voltage connector terminals of the apertures of said mounting board, a third of said conductive discs having one end thereof inserted within the second holes of said second conductive plane and connected thereto, with the opposite ends thereof connected to the second voltage connector terminals of the apertures of said mounting board, and a third of said conductive discs having one end thereof inserted within the third holes of said first conductive plane and connected thereto, with the opposite ends thereof connected to the third voltage connector terminal of the apertures of said mounting board.

Claim 7

A simplified multilayer printed circuit board comprising in combination: a mounting board having a plurality of rectangular shaped apertures, each aperture of which has first, second, and third voltage connector terminals attached to the edge thereof, said first, second, and third voltage connector terminals extending along the upper surface of said mounting board; a first dielectric sheet mounted upon the upper surface of said mounting board and secured thereto, said first dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said mounting board, each aperture having located near the edge thereof first, second, and third holes respectively in alignment with the first, second, and third voltage connector terminals of one of the apertures of said mounting board; a first conductive sheet mounted upon the upper surface of said first dielectric sheet and secured thereto, said first conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said first dielectric sheet, each aperture of said first conductive sheet having located near the edge thereof first, second, and third holes respectively in alignment with the first, second, and third voltage connector terminals of one of the apertures of said mounting board; a second dielectric sheet mounted upon the upper surface of said first conductive sheet and secured thereto, said second dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said first conductive sheet, each aperture of said second dielectric sheet having located near the edge thereof first and second holes respectively in alignment with the first and second voltage connector terminals of one of the apertures of said mounting board; a second conductive sheet mounted upon the upper surface of said second dielectric sheet and secured thereto, said second conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said second dielectric sheet, each aperture of said second conductive sheet having located near the edge thereof first and second holes respectively in alignment with the first and second voltage connector terminals of one of the apertures of said mounting board; a third dielectric sheet mounted upon the upper surface of said second conductive sheet and secured thereto, said third dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said second conductive sheet, each aperture of said third dielectric sheet having located near the edge thereof a hole in alignment with the first voltage connector terminal of one of the apertures of said mounting board; a third conductive sheet mounted upon the upper surface of said third dielectric sheet, said third conductive sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said third dielectric sheet, each aperture of said third conductive sheet having located near the edge thereof a hole in alignment with the first voltage connector terminal of said mounting board; a fourth dielectric sheet mounted upon the upper surface of said third dielectric sheet and secured thereto, said fourth dielectric sheet having a plurality of rectangular shaped apertures in alignment with the apertures of said third conductive sheet; and a plurality of conductive discs, a third of said conductive discs having one end thereof inserted within the holes of said third conductive plane and connected thereto, with the opposite ends thereof connected to the first voltage connector terminals of the apertures of said mounting board, a third of said conductive discs having one end thereof inserted within the second holes of said second conductive plane and connected thereto, with the opposite ends thereof connected to the second voltage connector terminals of the apertures of said mounting board, and a third of said conductive discs having one end thereof inserted within the third holes of said first conductive plane and connected thereto, with the opposite ends thereof connected to the third voltage connector terminal of the apertures of said mounting board.

Claim 8

The simplified multilayer printed circuit board of claim 5, in which said mounting board and said first, second, third, and fourth dielectric sheets are fabricated from mylar.

Claim 9

The simplified multilayer printed circuit board of claim 5, in which said first, second, and third conductive sheets are fabricated from copper.

Claim 10

The simplified multilayer printed circuit board of claim 5, in which said conductive discs are fabricated from copper.

Claim 11

The simplified multilayer printed circuit board of claim 5, further characterized by a plurality of dual inline sockets, each of which has a plurality of connector pins and each of which is inserted into one of the rectangular shaped apertures of said mounting board such that three of the plurality of connector pins of said dual inline socket make contact with the first, second, and third voltage connector terminals of one of the apertures of said mounting board.

Claim 12

The simplified multilayer printed circuit board of claim 5, further characterized by a trio of tab connectors, the first of which is connected to the edge of said first conductive sheet, the second of which is connected to the edge of said second conductive sheet, and the third of which is connected to the edge of said third conductive sheet.