Rectifier assembly

Claim 2

A full wave, three phase rectifier assembly comprising first and second blocks of conducting material in side by side, but electrically isolated, relation; each of said blocks having three, radially outwardly facing diode receiving surfaces; six diode wafers, one for each said surface and each having an anode and a cathode, the cathodes of three of said diodes being in electrical contact with respective ones of said surfaces of said first block and the anodes of the remaining three diodes being in electrical contact with respective ones of said surfaces of said second block; six electrically conductive load shoes, one for each diode, each abutting, and in electrical contact with a respective diode oppositely of the associated surface; three phase conductors, one for each phase, each phase conductor electrically interconnecting a load shoe associated with said first block and a load shoe associated with said second block; two field conductors, each connected to a respective block; and a circumferential housing surrounding said load shoes and clamping them against the diode which they abut to thereby clamp such diode against its associated surface.

Claim 3

The rectifier of claim 1 wherein said housing is a cylindrical tube and said load shoes, oppositely of said diodes, have cylindrical surfaces.

Claim 4

The rectifier of claim 1 wherein an insulating layer is disposed between said tube and said load shoes.

Claim 5

The rectifier of claim 1 wherein said phase conductors are sandwiched between said insulating layer and said load shoes and clamped against the latter by said housing.

Claim 6

The rectifier of claim 1 further including a resistor within said housing and extending between and electrically connected to said blocks.

Claim 7

The rectifier of claim 1 wherein said blocks have aligned bores, one of said field conductors extending through the bore in said first block in spaced relation thereto and threaded into the bore in said second block.

Claim 8

The rectifier of claim 6 including additional aligned bores in said blocks, the other of said field conductors being threaded into the additional bore in said first block, and a resistor in the additional bore in said second block, said resistor being electrically connected to said second block in said additional bore therein and to said first block at one of said additional bore in said first block and said other field conductor.

Claim 9

The rectifier of claim 7 wherein said resistor is threaded into a bore in said other field conductor.

Claim 10

The rectifier of claim 1 wherein said housing is shrink fitted on said load shoes.

Claim 11

A full wave, three phase rectifier assembly comprising first and second blocks of conducting material in side by side, but electrically isolated, relation; each of said blocks having a cross-sectional shape of an equilateral triangle with three, radially outwardly facing diode receiving surfaces; six diode wafers, one for each said surface and each having an anode and a cathode, the cathodes of three of said diodes being in electrical contact with respective ones of said surfaces of said first block and the anodes of the remaining three diodes being in electrical contact with respective ones of said surfaces of said second block; six electrically conductive load shoes, one for each diode, each abutting, and in electrical contact with a respective diode oppositely of the associated surface, each load shoe having a cylindrical surface on its side remote from the associated diode; three phase conductors, one for each phase, each phase conductor electrically interconnecting a load shoe associated with said first block and a load shoe associated with said second block, two field conductors, each connected to a respective block; and a housing having a cylindrical opening conforming to said cylindrical surfaces and surrounding said load shoes to hold them against the diode which they abut to thereby clamp such diode against its associated surface.

Claim 12

A full wave, three phase rectifier assembly comprising first and second blocks of conducting material in side by side, but electrically isolated, relation; each of said blocks having a cross-sectional shape of an equilateral triangle with three, radially outwardly facing diode receiving surfaces; six diode wafers, one for each said surface and each having an anode and a cathode, the cathodes of three of said diodes being in electrical contact with respective ones of said surfaces of said first block and the anodes of the remaining three diodes being in electrical contact with respective ones of said surfaces of said second block; six electrically conductive load shoes, one for each diode, each abutting, and in electrical contact with a respective diode oppositely of the associated surface, each load shoe having a cylindrical surface on its side remote from the associated diode; three phase conductors, one for each phase, each phase conductor electrically interconnecting a load shoe associated with said first block and a load shoe associated with said second block, two field conductors, each connected to a respective block; and a housing having a cylindrical opening conforming to said cylindrical surfaces and surrounding said load shoes to hold them against the diode which they abut to thereby clamp such diode against its associated surface.

Claim 13

The rectifier of claim 10 wherein said phase conductors are located at said cylindrical surfaces and said housing is a tube shrink fitted against said phase conductors and said load shoes.

Claim 14

The rectifier of claim 11 further including coolant passage means in said housing.

Claim 15

A three phase rectifier assembly comprising a block of conducting material having three, radially outwardly facing diode receiving surfaces and a triangular cross section; three diode wafers, one for each said surface and each having an anode and a cathode, one of the cathodes and the anodes of said three diodes being in electrical contact with respective ones of said surfaces of said block; three electrically conductive load shoes, one for each diodes, each abutting, and in electrical contact with a respective diode oppositely of the associated surface; three phase conductors, each phase conductor being electrically connected to a corresponding load shoe; a housing surrounding and shrink fitted on said load shoes and clamping them against the diode which they abut to thereby clamp such diode against its associated surface.

Claim 16

A three phase rectifier assembly comprising a block of conducting material having three, radially outwardly facing diode receiving surfaces and a triangular cross section; three diode wafers, one for each said surface and each having an anode and a cathode, one of the cathodes and the anodes of said three diodes being in electrical contact with respective ones of said surfaces of said block; three electrically conductive load shoes, one for each diodes, each abutting, and in electrical contact with a respective diode oppositely of the associated surface; three phase conductors, each phase conductor being electrically connected to a corresponding load shoe; a housing surrounding and shrink fitted on said load shoes and clamping them against the diode which they abut to thereby clamp such diode against its associated surface.

Claim 17

The rectifier of claim 13 wherein said phase conductors are clamped against their respective load shoes by said housing, there being an insulating layer between said housing on the one hand and said phase conductors and load shoes on the other.

Claim 18

The rectifier of claim 13 wherein said triangular cross section is that of an equilateral triangle.