Shielding system for PC cards

Claim 2

A pc card, comprising: a circuit board assembly; a receptacle connector mounted to one end of the circuit board assembly and defining a front insertion end of the pc card; I/O connector means mounted to another end of the circuit board assembly and defining a rear I/O end of the pc card; a pair of conductive cover panels sandwiching the circuit board assembly therebetween with a mating face of each of the receptacle connector and the I/O connector means exposed; and a shield coupled to at least one of the conductive cover panels at the rear I/O end of the pc card including an aperture with a shroud therearound for surrounding and shielding the interface of the I/O connector means and a complementary mating connector means.

Claim 3

The pc card of claim 1 wherein said shield is integrally formed with at least one of the conductive cover panels.

Claim 4

The pc card of claim 1 wherein said shield is integrally formed with both conductive cover panels in a clam shell-type configuration.

Claim 5

The pc card of claim 1 wherein said shield comprises a discrete face plate electrically coupled to both conductive cover panels at the rear I/O end of the card.

Claim 6

The pc card of claim 1 wherein said shroud comprises a projection extending from the aperture toward the front insertion end of the card wherein the shroud completely surrounds the interface between the I/O connector means and the complementary mating connector means.

Claim 7

The pc card of claim 1 wherein said I/O connector means comprises a plurality of I/O connectors and the shield comprises a plurality of apertures each with a corresponding shroud therearound to surround and shield each of the I/O connectors such that each of the interfaces between the I/O connector and a complementary connector is shielded.

Claim 8

The pc card of claim 6 wherein each of said plurality of apertures varies in configuration from the others of the plurality of apertures to ensure that a proper complementary mating connector is inserted into a corresponding aperture.

Claim 9

A connector shield for a pc card, the pc card including a circuit board assembly, a connector mounted at one end of the circuit board assembly, and a pair of conductive cover panels sandwiching the circuit board assembly therebetween leaving a mating face of the connector exposed for interfacing with a complementary mating connector, comprising: an aperture with a shroud formed therearound, the shroud extending away from the aperture and generally surrounding the interface of the connector and the complementary mating connector to provide EMI and RFI protection therefore, wherein the shield is independent of the connector and is coupled to the conductive cover panels.

Claim 10

A connector shield for a pc card, the pc card including a circuit board assembly, a connector mounted at one end of the circuit board assembly, and a pair of conductive cover panels sandwiching the circuit board assembly therebetween leaving a mating face of the connector exposed for interfacing with a complementary mating connector, comprising: an aperture with a shroud formed therearound, the shroud extending away from the aperture and generally surrounding the interface of the connector and the complementary mating connector to provide EMI and RFI protection therefore, wherein the shield is independent of the connector and is coupled to the conductive cover panels.

Claim 11

The shield of claim 8 wherein said shield is integrally formed with one of the conductive cover panels.

Claim 12

The shield of claim 8 wherein said shield comprises a discrete face plate coupled to the conductive cover panels at said one end of the circuit board assembly.

Claim 13

The shield of claim 8 wherein said shield is integral with both cover panels in a clam shell-type configuration.

Claim 14

A shield for a pc card, the pc card including a generally rectangular frame having a front insertion end and a rear I/O end, a circuit board assembly mounted on the frame, receptacle connector means at the front insertion end of the frame, I/O connector means at the rear I/O end of the frame, and a pair of conductive cover panels for sandwiching the circuit board assembly therebetween and providing shielding therefor wherein a mating face of each of the receptacle connector means and the I/O connector means is exposed for mating with complementary connector means, said shield comprising: a plate coupled to the conductive cover panels at the rear I/O end of the frame, an aperture in the plate for insertion therethrough of the complementary connector means, and a shroud projecting from the aperture, generally perpendicularly to the plate, and substantially surrounding the interface of the I/O connector means and the complementary connector means to provide RFI and EMI protection therefore.

Claim 15

A shield for a pc card, the pc card including a generally rectangular frame having a front insertion end and a rear I/O end, a circuit board assembly mounted on the frame, receptacle connector means at the front insertion end of the frame, I/O connector means at the rear I/O end of the frame, and a pair of conductive cover panels for sandwiching the circuit board assembly therebetween and providing shielding therefor wherein a mating face of each of the receptacle connector means and the I/O connector means is exposed for mating with complementary connector means, said shield comprising: a plate coupled to the conductive cover panels at the rear I/O end of the frame, an aperture in the plate for insertion therethrough of the complementary connector means, and a shroud projecting from the aperture, generally perpendicularly to the plate, and substantially surrounding the interface of the I/O connector means and the complementary connector means to provide RFI and EMI protection therefore.

Claim 16

A pc card, comprising: a generally rectangular frame having a front insertion end and a rear I/O end; a circuit board assembly mounted on the frame; receptacle connector means at the front insertion end of the frame; I/O connector means at the rear I/O end of the frame; a pair of conductive cover panels sandwiching the circuit board assembly therebetween and providing shielding therefore wherein a mating face of each of the receptacle connector means and the I/O connector means is exposed for mating with complementary connector means; and a shield coupled to at least one of the conductive cover panels at the rear I/O end of the frame, an aperture in the shield for insertion therethrough of the complementary connector means, and a shroud projecting from the aperture substantially surrounding the I/O connector means to provide RFI and EMI protection for the interface of the I/O connector means and complementary means.

Claim 17

A pc card, comprising: a generally rectangular frame having a front insertion end and a rear I/O end; a circuit board assembly mounted on the frame; receptacle connector means at the front insertion end of the frame; I/O connector means at the rear I/O end of the frame; a pair of conductive cover panels sandwiching the circuit board assembly therebetween and providing shielding therefore wherein a mating face of each of the receptacle connector means and the I/O connector means is exposed for mating with complementary connector means; and a shield coupled to at least one of the conductive cover panels at the rear I/O end of the frame, an aperture in the shield for insertion therethrough of the complementary connector means, and a shroud projecting from the aperture substantially surrounding the I/O connector means to provide RFI and EMI protection for the interface of the I/O connector means and complementary means.

Claim 18

The pc card of claim 13 wherein said shield is integrally formed with at least one of the conductive cover panels.

Claim 19

The pc card of claim 13 wherein said shield is integrally formed with both conductive cover panels in a clam shell-type configuration.

Claim 20

The pc card of claim 13 wherein said shield comprises a discrete face plate electrically coupled to both conductive cover panels at the rear I/O end of the card.

Claim 21

The pc card of claim 13 wherein said I/O connector means comprises a plurality of I/O connectors and the shield comprises a plurality of apertures each with a shroud therearound to surround and shield each of the I/O connectors.

Claim 22

The pc card of claim 17 wherein each of said plurality of apertures varies in configuration from the others of the plurality to ensure that a similarly-configured complementary mating connector is inserted into the proper aperture.