Planar waveguide for integrated transmitter and receiver circuits

Claim 2

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; and said rear surface of said substrate is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner and is formed of planar faces parallel to said rear surface and lens portions transverse to said rear surface.

Claim 3

The planar waveguide structure as defined in claim 1, wherein said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power.

Claim 4

The planar waveguide structure as defined in claim 1, wherein said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect microwave power.

Claim 5

The planar waveguide structure as defined in claim 1, wherein said active semiconductor component structures and said planar waveguide structures on said front surface of said semiconductor substrate comprise a plurality of at least one of a transmitter and a receiver element.

Claim 6

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; and said rear surface of said semiconductor substrate is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner and is formed as a diffraction grid.

Claim 7

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; and said rear surface of said semiconductor substrate is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner and is formed as a diffraction grid.

Claim 8

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; and at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner, with said at least one additional layer including a layer of reflecting metal structures arranged on said rear surface of said semiconductor substrate to geometrically shape said rear surface and alter said electromagnetic radiation.

Claim 9

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; and at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner, with said at least one additional layer including a layer of reflecting metal structures arranged on said rear surface of said semiconductor substrate to geometrically shape said rear surface and alter said electromagnetic radiation.

Claim 10

The planar waveguide structure as defined in claim 11, wherein said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power.

Claim 11

The planar waveguide structure as defined in claim 6, wherein said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect microwave power.

Claim 12

The planar waveguide structure as defined in claim 6, wherein said active semiconductor component structures and said planar waveguide structures on said front surface of said semiconductor substrate comprise a plurality of at least one of a transmitter and a receiver element.

Claim 13

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least an outwardly radiating surface and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated transmitter circuit containing a planar IMPATT-diode and a slot resonator.

Claim 14

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least an outwardly radiating surface and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated transmitter circuit containing a planar IMPATT-diode and a slot resonator.

Claim 15

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least an inwardly radiating surface and is geometrically shaped such that electromagnetic property of at least incident electromagnetic radiation is altered in a predetermined manner; and said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect inwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated receiver circuit containing a planar Schottky-diode and a slot resonator.

Claim 16

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least an inwardly radiating surface and is geometrically shaped such that electromagnetic property of at least incident electromagnetic radiation is altered in a predetermined manner; and said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect inwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated receiver circuit containing a planar Schottky-diode and a slot resonator.

Claim 17

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and, said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated transmitter circuit containing a planar IMPATT-diode and a slot resonator.

Claim 18

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structures arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and, said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, generate and radiate outwardly directed microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated transmitter circuit containing a planar IMPATT-diode and a slot resonator.

Claim 19

The planar waveguide structure as defined in claim 12, wherein said at least one additional layer includes a layer of at least one of dielectric material domes and ferromagnetic material domes provided on said rear surface of said semiconductor substrate to geometrically shape said rear surface and alter said electromagnetic radiation.

Claim 20

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structure arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and, said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated receiver circuit containing a planar Schottky-diode and a slot resonator.

Claim 21

In a planar waveguide structure for transmitters and receivers including a semiconductor substrate having a front surface and an opposite rear surface, and at least one active semiconductor component element connected with planar waveguide structure arranged on said front surface; the improvement wherein: said rear surface of said semiconductor substrate is at least partially formed as at least one of an inwardly radiating surface and an outwardly radiating surface; at least one additional layer is applied on said rear surface of said semiconductor substrate and is geometrically shaped such that an electromagnetic property of incident or emanating electromagnetic radiation is altered in a predetermined manner; and, said at least one active semiconductor component element connected with planar waveguide structures, and provided on said front surface of said semiconductor substrate, receive and detect microwave power, with said at least one active semiconductor component element and said planar waveguide structures on said front surface of said semiconductor substrate including an integrated receiver circuit containing a planar Schottky-diode and a slot resonator.