Molded optical connector module

Claim 2

An optical module sealed by mold material comprising: an optical connector comprising a light receiving device for converting an optical signal into an electric signal; a first substrate comprising a circuit which is electrically connected to an output terminal of said light receiving device through a signal connecting wire, for processing an electric signal coming from the output terminal; a mounting substrate for mounting said first substrate; and a conductive wire placed nearby a connection part between said optical connector and said first substrate without contacting said signal connecting wire; said mounting substrate comprising a first reference potential region being of a part of the mounting substrate and projecting outside from a part where said first substrate is mounted; said first substrate comprising a second reference potential region on a surface of the first substrate, which region is electrically connected to said mounting substrate; one end of said conductive wire being connected to one of said first reference potential region and said second reference potential region, and the other end of said conductive wire being connected to one of said first reference potential region and said second reference potential region.

Claim 3

An optical module according to claim 1, wherein said conductive wire is placed at one side bordering said signal connecting wire, and one end of the conductive wire is connected to said first reference potential region, and the other end of the conductive wire is connected to said second reference potential region.

Claim 4

An optical module according to claim 2, wherein said first substrate comprises an amplifier for amplifying an output signal of said light receiving device; and one end of said conductive wire is connected to said second reference potential region nearby the part where the amplifier is placed.

Claim 5

An optical module according to claim 2, wherein said conductive wire is a bonding wire.

Claim 6

An optical module according to claim 2, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 7

An optical module according to claim 2, wherein said mounting substrate is a part of a lead frame.

Claim 8

An optical module according to claim 2, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 9

An optical module according to claim 1, wherein said conductive wire is placed, crossing with said signal connecting wire, and one end of said conductive wire is connected to said first reference potential region and the other end of said conductive wire is connected to said second reference potential region.

Claim 10

An optical module according to claim 8, wherein said conductive wire is a bonding wire.

Claim 11

An optical module according to claim 8, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 12

An optical module according to claim 8, wherein said mounting substrate is a part of a lead frame.

Claim 13

An optical module according to claim 8, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 14

An optical module according to claim 1, wherein said conductive wire is placed at a plurality of places so that a region where said signal connecting wire is placed is surrounded.

Claim 15

An optical module according to claim 13, wherein said conductive wire is a bonding wire.

Claim 16

An optical module according to claim 13, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 17

An optical module according to claim 13, wherein said mounting substrate is a part of a lead frame.

Claim 18

An optical module according to claim 13, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 19

An optical module sealed by mold material comprising: a first optical connector comprising a light receiving device for converting an optical signal into an electric signal; a first substrate comprising a circuit which is electrically connected to an output terminal of said light receiving device through a first signal connecting wire, for processing an electric signal coming from the output terminal; a first mounting substrate for mounting said first substrate; a second optical connector comprising a light emitting device for converting an electric signal into an optical signal; a second substrate comprising a circuit which is electrically connected to an input terminal of said light emitting device through a second signal connecting wire, for applying an electric signal to the input terminal; a second mounting substrate for mounting said second substrate, electrically connected to said first mounting substrate; and a conductive wire placed nearby a connection part between said first optical connector and said first substrate without contacting said first signal connecting wire; said first mounting substrate comprising a first reference potential region being of a part of the first mounting substrate and projecting outside from a part where said first substrate is mounted; said first substrate comprising a second reference potential region on a surface of said first substrate, which region is electrically connected to said first mounting substrate; one end of said conductive wire being connected to one of said first reference potential region and said second reference potential region, and the other end of said conductive wire being connected to one of said first reference potential region and said second reference potential region.

Claim 20

An optical module sealed by mold material comprising: a first optical connector comprising a light receiving device for converting an optical signal into an electric signal; a first substrate comprising a circuit which is electrically connected to an output terminal of said light receiving device through a first signal connecting wire, for processing an electric signal coming from the output terminal; a first mounting substrate for mounting said first substrate; a second optical connector comprising a light emitting device for converting an electric signal into an optical signal; a second substrate comprising a circuit which is electrically connected to an input terminal of said light emitting device through a second signal connecting wire, for applying an electric signal to the input terminal; a second mounting substrate for mounting said second substrate, electrically connected to said first mounting substrate; and a conductive wire placed nearby a connection part between said first optical connector and said first substrate without contacting said first signal connecting wire; said first mounting substrate comprising a first reference potential region being of a part of the first mounting substrate and projecting outside from a part where said first substrate is mounted; said first substrate comprising a second reference potential region on a surface of said first substrate, which region is electrically connected to said first mounting substrate; one end of said conductive wire being connected to one of said first reference potential region and said second reference potential region, and the other end of said conductive wire being connected to one of said first reference potential region and said second reference potential region.

Claim 21

An optical module according to claim 18, wherein said conductive wire is placed at one side bordering said first signal connecting wire, and one end of said conductive wire is connected to said first reference potential region, and the other end of said conductive wire is connected to said second reference potential region.

Claim 22

An optical module according to claim 19, wherein said conductive wire is a bonding wire.

Claim 23

An optical module according to claim 19, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 24

An optical module according to claim 19, wherein said first and second mounting substrates are a part of a lead frame.

Claim 25

An optical module according to claim 19, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 26

An optical module according to claim 18, wherein said conductive wire is placed at a plurality of places so that a region where said first signal connecting wire is placed is surrounded.

Claim 27

An optical module according to claim 24, wherein said conductive wire is a bonding wire.

Claim 28

An optical module according to claim 24, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 29

An optical module according to claim 24, wherein said first and second mounting substrates are a part of a lead frame.

Claim 30

An optical module according to claim 24, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 31

An optical module according to claim 18, wherein said conductive wire is placed, crossing with said first signal connecting wire, and one end of said conductive wire is connected to said first reference potential region and the other end of said conductive wire is connected to said second reference potential region.

Claim 32

An optical module according to claim 29, wherein said conductive wire is a bonding wire.

Claim 33

An optical module according to claim 29, wherein said conductive wire is a flat ribbon-shaped wire.

Claim 34

An optical module according to claim 29, wherein said first and second mounting substrates are a part of a lead frame.

Claim 35

An optical module according to claim 29, wherein the potential applied to said first and second reference potential regions is a ground potential.

Claim 36

An optical module sealed by mold material comprising: a first optical connector comprising a light receiving device for converting an optical signal into an electric signal; a first substrate comprising a circuit which is electrically connected to an output terminal of said light receiving device through a first signal connecting wire, for processing an electric signal coming from the output terminal; a first mounting substrate for mounting said first substrate; a second optical connector comprising a light emitting device for converting an electric signal into an optical signal; a second substrate comprising a circuit which is electrically connected to an input terminal of said light emitting device through a second signal connecting wire, for applying an electric signal to the input terminal; a second mounting substrate for mounting said second substrate, electrically connected to said first mounting substrate; a first conductive wire placed nearby a connection part between said first optical connector and said first substrate without contacting said first signal connecting wire; and a second conductive wire placed nearby a connection part between said second optical connector and said second substrate without contacting said second signal connecting wire; said first mounting substrate comprising a first reference potential region being of a part of the first mounting substrate and projecting outside from a part where said first substrate is mounted; said first substrate comprising a second reference potential region on a surface of said first substrate, which region is electrically connected to said first mounting substrate; one end of said first conductive wire being connected to one of said first reference potential region and said second reference potential region, and the other end of said first conductive wire being connected to one of said first reference potential region and said second reference potential region; said second mounting substrate comprising a third reference potential region being of a part of the second mounting substrate and projecting outside from a part where said second substrate is mounted; said second substrate comprising a fourth reference potential region on a surface of said second substrate, which region is electrically connected to said second mounting substrate; and one end of said second conductive wire being connected to one of said third reference potential region and said fourth reference potential region, and the other end of said second conductive wire being connected to one of said third reference potential region and said fourth reference potential region.

Claim 37

An optical module sealed by mold material comprising: a first optical connector comprising a light receiving device for converting an optical signal into an electric signal; a first substrate comprising a circuit which is electrically connected to an output terminal of said light receiving device through a first signal connecting wire, for processing an electric signal coming from the output terminal; a first mounting substrate for mounting said first substrate; a second optical connector comprising a light emitting device for converting an electric signal into an optical signal; a second substrate comprising a circuit which is electrically connected to an input terminal of said light emitting device through a second signal connecting wire, for applying an electric signal to the input terminal; a second mounting substrate for mounting said second substrate, electrically connected to said first mounting substrate; a first conductive wire placed nearby a connection part between said first optical connector and said first substrate without contacting said first signal connecting wire; and a second conductive wire placed nearby a connection part between said second optical connector and said second substrate without contacting said second signal connecting wire; said first mounting substrate comprising a first reference potential region being of a part of the first mounting substrate and projecting outside from a part where said first substrate is mounted; said first substrate comprising a second reference potential region on a surface of said first substrate, which region is electrically connected to said first mounting substrate; one end of said first conductive wire being connected to one of said first reference potential region and said second reference potential region, and the other end of said first conductive wire being connected to one of said first reference potential region and said second reference potential region; said second mounting substrate comprising a third reference potential region being of a part of the second mounting substrate and projecting outside from a part where said second substrate is mounted; said second substrate comprising a fourth reference potential region on a surface of said second substrate, which region is electrically connected to said second mounting substrate; and one end of said second conductive wire being connected to one of said third reference potential region and said fourth reference potential region, and the other end of said second conductive wire being connected to one of said third reference potential region and said fourth reference potential region.

Claim 38

An optical module according to claim 34, wherein said first conductive wire is placed at a plurality of places so that a region where said first signal connecting wire is placed is surrounded; and said second conductive wire is placed at both sides bordering said second signal connecting wire, and one end of each said second conductive wire is connected to said third reference potential region, and the other end of each said second conductive wire is connected to said fourth reference potential region.

Claim 39

An optical module according to claim 35, wherein said first conductive wire is a bonding wire.

Claim 40

An optical module according to claim 35, wherein said second conductive wire is a bonding wire.

Claim 41

An optical module according to claim 35, wherein said first conductive wire is a flat ribbon-shaped wire.

Claim 42

An optical module according to claim 35, wherein said second conductive wire is a flat ribbon-shaped wire.

Claim 43

An optical module according to claim 35, wherein said first and second mounting substrates are a part of a lead frame.

Claim 44

An optical module according to claim 35, wherein the potential applied to said first to fourth reference potential regions is a ground potential.