Solid state switch assembly

Claim 2

A solid state switch assembly comprising: a circular array of three electrode semiconductor wafers, one electrode of each semiconductor being a control electrode; a control semiconductor disposed in the center of said array; first and second buses sandwiching said array and being in electrical contact with respective ones of the remaining electrodes; and a spider-like conductor in the center of said array having legs extending to respective control electrodes of the semiconductors in said array and a central base in circuit with said control semiconductor.

Claim 3

The solid state switch assembly of claim 1 including a ring of insulating material between said buses, said ring having a series of apertures receiving said wafers.

Claim 4

The solid state switch assembly of claim 1 wherein one of said buses is a metallic ring-like structure having alternating steps, each step being in contact with a respective one of said wafers, and a plurality of heat exchangers, one in each step oppositely of the associated wafer.

Claim 5

A solid state switch assembly comprising: a plurality of superimposed, spaced circular arrays of three electrode semiconductor wafers, one electrode of each semiconductor being a control electrode; a control semiconductor disposed in the center of each said array; a plurality of first and second buses, sandwiching said arrays in alternating fashion and being in electrical contact with respective ones of the remaining electrodes; and a spider-like conductor in the center of each said array having legs extending to respective control electrodes of the semiconductors in the associated array and a central base in circuit with said control semiconductor in the associated array; said arrays and buses forming a stack.

Claim 6

A solid state switch assembly comprising: a plurality of superimposed, spaced circular arrays of three electrode semiconductor wafers, one electrode of each semiconductor being a control electrode; a control semiconductor disposed in the center of each said array; a plurality of first and second buses, sandwiching said arrays in alternating fashion and being in electrical contact with respective ones of the remaining electrodes; and a spider-like conductor in the center of each said array having legs extending to respective control electrodes of the semiconductors in the associated array and a central base in circuit with said control semiconductor in the associated array; said arrays and buses forming a stack.

Claim 7

The solid state switch assembly of claim 4 wherein the buses intermediate the ends of said stack are each metallic ring-like structure having alternating steps, each step being in contact with a respective one of said wafers, and a plurality of heat exchangers, one in each step such that each wafer is in contact with either a step or a heat exchanger; and coolant flow paths extending axially through said stack between said heat exchangers.

Claim 8

The solid state switch assembly of claim 5 wherein one end of said stack comprises a combination bus and housing; coolant distribution and return manifolds within said housing; corresponding heat exchangers in the corresponding steps of each said bus being in axial alignment with each other and each having aligned coolant inlet and outlet ports, the inlet ports being in fluid communication with said distribution manifold and the outlet ports being in fluid communication with said return manifold.

Claim 9

The solid state switch assembly of claim 6 wherein said buses are separated by discs of insulating material, each disc having a series of apertures receiving the wafers of a corresponding one of said arrays and a plurality of holes aligned with respective ones of said ports to define said flow paths.

Claim 10

A solid state switch assembly comprising: a circular array of three electrode semiconductor wafers, one electrode of each semiconductor being a control electrode; a control semiconductor disposed in the center of said array; first and second buses sandwiching said array and being in electrical contact with respective ones of the remaining electrodes; and a conductor in the center of said array extending to respective control electrodes of the semiconductors in said array and having a central portion in circuit with said control semiconductor.

Claim 11

A solid state switch assembly comprising: a circular array of three electrode semiconductor wafers, one electrode of each semiconductor being a control electrode; a control semiconductor disposed in the center of said array; first and second buses sandwiching said array and being in electrical contact with respective ones of the remaining electrodes; and a conductor in the center of said array extending to respective control electrodes of the semiconductors in said array and having a central portion in circuit with said control semiconductor.

Claim 12

The solid state switch assembly of claim 8 including a disc of insulating material between said buses, said disc having a series of apertures each receiving a respective one of said wafers.