Integrated circuit housing composed of three coated, dielectric plates

Claim 2

An integrated circuit housing composed of first, second and third coated dielectric plates which are connected by brazing, soldering or adhesion and having a signal plane located between the first and second dielectric plates, a supply voltage plane located between the second and third dielectric plates, and a plurality of ground planes, first and second ground planes of the plurality of ground planes being located between the supply voltage plane and the second dielectric plate and the supply voltage plane and the third dielectric plate, respectively, comprising: signal lines lying in the signal plane, the signal lines being triplate lines; integrated resistors in the signal plane for reflection-free termination of the signal lines; and the supply voltage plane being insulated from the first and second ground planes of the plurality of ground planes by first and second coatings, respectively, of dielectric material, the first coating of dielectric material being located between the supply voltage plane and the first ground plane and the second coating of dielectric material being located between the supply voltage plane and the second ground plane.

Claim 3

The integrated circuit housing according to claim 1, wherein the first, second and third coated dielectric plates are composed of aluminum-oxide-ceramic in the form of solid plates.

Claim 4

The integrated circuit housing according to claim 1, wherein electrical connections are provided through the first and second electrical plates by throughcontacts, the throughcontacts being hermetically covered toward an outside of the housing by dielectric coating.

Claim 5

The integrated circuit housing according to claim 1, wherein first and second supply voltage metalizations are electrically connected by respective first and second metallic connections proceeding circumferentially on a surface at an outer edge of the supply voltage plane and on a surface at an outer edge of the signal plane, respectively, the first metallic connection being in the supply voltage plane and the second metallic connection being in the signal plane.

Claim 6

The integrated circuit housing according to claim 1, wherein electrical connections through the first ground plane of the plurality of ground planes to the supply voltage plane is provided by crater-shaped structures.

Claim 7

The integrated circuit housing according to claim 1, wherein first and second ground planes of the plurality of round planes are electrically connected to one another in a peripheral configuration by a pulled-down metalization.

Claim 8

An integrated circuit housing comprising: at least first, second and third coated dielectric plates, a signal plane located between the first and second coated dielectric plates, a supply voltage plane located between the second and third coated dielectric plates, and at least first, second and third ground planes; the signal plane having signal lines, the signal lines being triplate lines, and the signal plane having integrated resistors for the reflection-free termination of the signal lines; and the supply voltage plane being insulated from the second and third ground planes by first and second coatings of dielectric material, respectively, the first ground plane being located on an outer surface of the first coated dielectric plate, the second ground plane being located between the second coated dielectric plate and the first coating of dielectric material on the supply voltage plane, and the third ground plane being located between the second coating of dielectric material on the supply voltage plane and the third coated dielectric plate.

Claim 9

An integrated circuit housing comprising: at least first, second and third coated dielectric plates, a signal plane located between the first and second coated dielectric plates, a supply voltage plane located between the second and third coated dielectric plates, and at least first, second and third ground planes; the signal plane having signal lines, the signal lines being triplate lines, and the signal plane having integrated resistors for the reflection-free termination of the signal lines; and the supply voltage plane being insulated from the second and third ground planes by first and second coatings of dielectric material, respectively, the first ground plane being located on an outer surface of the first coated dielectric plate, the second ground plane being located between the second coated dielectric plate and the first coating of dielectric material on the supply voltage plane, and the third ground plane being located between the second coating of dielectric material on the supply voltage plane and the third coated dielectric plate.

Claim 10

The integrated circuit housing according to claim 7, wherein the first, second and third coated dielectric plates and composed of aluminum-oxide ceramic in the form of solid plates.

Claim 11

The integrated circuit housing according to claim 7, wherein electrical connections are provided through the first and second dielectric plates by throughcontacts, the throughcontacts being hermetically covered toward an outside of the housing by dielectric coating.

Claim 12

The integrated circuit housing according to claim 7, wherein first and second supply voltage metalizations are electrically connected by respective first and second metallic connections proceeding circumferentially on a surface at an outer edge of the supply voltage plane and on a surface at an outer edge of the signal plane, respectively, the first metallic connection being in the supply voltage plane and the second metallic connection being in the signal plane.

Claim 13

The integrated circuit housing according to claim 7, wherein electrical connections through the second ground plane to the supply voltage plane are provided by crater-shaped structures.

Claim 14

The integrated circuit housing according to claim 7, wherein he second and third ground planes are connected to one another in a peripheral configuration by a pulled-down metalization.

Claim 15

An integrated circuit housing comprising: at least first, second and third coated dielectric plates, a signal plane located between the first and second coated dielectric plates, a supply voltage plane located between the second and third coated dielectric plates, and at least first, second and third ground planes, the signal plane having signal lines, the signal lines being triplate lines, and the signal plane having integrated resistors for the reflection-free termination of the signal lines; the supply voltage plane being insulated from the second and third ground planes by first and second coatings of dielectric material, respectively, the first ground plane being located on an outer surface of the first coated dielectric plate, the second ground plane being located between the second coated dielectric plate and the first coating of dielectric material on the supply voltage plane and the third ground plane being located between the second coating of dielectric material on the supply voltage plane and the third coated dielectric plate; electrical connections provided through the first and second dielectric plates by throughcontacts, the throughcontacts being hermetically covered toward an outside of the housing by dielectric coating; first and second supply voltage metalizations electrically connected by respective first and second metallic connections proceeding circumferentially on a surface at an outer edge of the supply voltage plane and on a surface at an outer edge of the signal plane, respectively, the first metallic connection being in the supply voltage plane and the second metallic connection being in the signal plane; electrical connections through the second ground plane to the supply voltage plane provided by crater-shaped structures; and the second and third ground planes connected to one another in a peripheral configuration by a pulled-down metalization.

Claim 16

An integrated circuit housing comprising: at least first, second and third coated dielectric plates, a signal plane located between the first and second coated dielectric plates, a supply voltage plane located between the second and third coated dielectric plates, and at least first, second and third ground planes, the signal plane having signal lines, the signal lines being triplate lines, and the signal plane having integrated resistors for the reflection-free termination of the signal lines; the supply voltage plane being insulated from the second and third ground planes by first and second coatings of dielectric material, respectively, the first ground plane being located on an outer surface of the first coated dielectric plate, the second ground plane being located between the second coated dielectric plate and the first coating of dielectric material on the supply voltage plane and the third ground plane being located between the second coating of dielectric material on the supply voltage plane and the third coated dielectric plate; electrical connections provided through the first and second dielectric plates by throughcontacts, the throughcontacts being hermetically covered toward an outside of the housing by dielectric coating; first and second supply voltage metalizations electrically connected by respective first and second metallic connections proceeding circumferentially on a surface at an outer edge of the supply voltage plane and on a surface at an outer edge of the signal plane, respectively, the first metallic connection being in the supply voltage plane and the second metallic connection being in the signal plane; electrical connections through the second ground plane to the supply voltage plane provided by crater-shaped structures; and the second and third ground planes connected to one another in a peripheral configuration by a pulled-down metalization.