Electrical connector with crosstalk compensation

1. An electrical jack comprising:

a housing having a mating end configured to receive a mating plug;

a plurality of signal contacts arranged in differential pairs, each said signal contact carrying a signal from or to a plug contact in the mating plug; and

a plurality of compensation contacts separate from, and associated with, the plurality of signal contacts, wherein each said compensation contact engages and each said associated signal contact separately directly engage a common respective plug contact in the mating plug independent of one another, and wherein said compensation contacts provide crosstalk compensation.

2. The electrical jack of claim 1 , further comprising one or more compensation elements selected to provide a desired crosstalk compensation, and wherein at least two of said compensation contacts are connected to said one or more compensation elements.

3. The electrical jack of claim 1 further comprising a first circuit board, said signal contacts being mounted on said first circuit board.

4. An electrical jack comprising:

a housing having a mating end configured to receive a mating plug;

a plurality of signal contacts arranged in differential pairs, each said signal contact carrying a signal from or to a plug contact in the mating plug;

a plurality of compensation contacts, wherein each said compensation contact engages a respective plug contact in the mating plug independent of said signal contact, and wherein said compensation contacts provide crosstalk compensation; and

a first circuit board holding said signal contacts and a second circuit board, said compensation contacts being connected to said second circuit board, and said second circuit board including compensation elements.

5. The electrical jack of claim 1 further comprising a circuit board, each said compensation contact including an attachment loop and bend portions cooperating with said attachment loop to attach said compensation contact to upper and lower surfaces at an outward end of said circuit board.

6. The electrical jack of claim 1 , wherein each said compensation contact comprises a conductive element that is configured to electromagnetically couple with an adjacent conductive element to provide a desired reactance.

7. The electrical jack of claim 1 , further comprising one or more compensation elements selected to provide a desired crosstalk compensation, and wherein said one or more compensation elements comprise two or more conductors in close proximity to each other on a circuit board.

8. The electrical jack of claim 1 , further comprising one or more compensation elements selected to provide a desired crosstalk compensation, and wherein said one or more compensation elements comprise a discrete chip.

9. The electrical jack of claim 1 , further comprising one or more compensation elements selected to provide a desired crosstalk compensation, and wherein said one or more compensation elements comprise a plurality of conductive plates in proximity with one another.

10. The electrical jack of claim 1 , wherein said compensation contacts are non-signal carrying contacts.

11. The electrical jack of claim 1 , wherein said jack is an RJ-45 jack.

12. The electrical jack of claim 1 , further comprising at least one compensation element selected to provide a desired crosstalk compensation, and wherein the compensation is applied directly to the mating plug contact of the mating plug without electrical delay.

13. The electrical jack of claim 1 , wherein said compensation contacts are held in said housing and each said compensation contact includes a compensation element directly attached thereto.

14. An electrical jack comprising:

a housing having a mating end configured to receive a mating plug;

a plurality of signal contacts, each said signal contact carrying a signal from or to a plug contact in the mating plug;

a plurality of compensation contacts disposed adjacent the mating end and separate from the plurality of signal contacts, selected ones of the compensation contacts being connected to respective compensation elements, wherein said compensation elements do not carry the signals from or to the plug contacts and are selected to provide a desired noise compensation, and wherein said noise compensation is applied to a noise source in the mating plug.

15. The electrical jack of claim 14 further comprising a first circuit board, said signal contacts being mounted on said first circuit board.

16. The electrical jack of claim 14 further comprising a first circuit board holding said signal contacts and a second circuit board, said compensation contacts being connected to said second circuit board, and said second circuit board including said compensation elements.

17. The electrical jack of claim 14 , wherein each said compensation contact comprises a conductive element that is configured to electromagnetically couple with an adjacent conductive element to provide a desired reactance.

18. The electrical jack of claim 14 , wherein said compensation contacts are non-signal carrying contacts.

19. The electrical jack of claim 14 further comprising a circuit board, each said compensation contact including an attachment loop and bend portions cooperating with said attachment loop to attach said compensation contact to upper and lower surfaces at an outward end of said circuit board.

20. The electrical jack of claim 14 , wherein each off the compensation and signal contacts separately directly engage a common respective plug contact.

21. The electrical jack of claim 1 , wherein the associated compensation contacts and signal contacts are not electrically connected to one another other than through the respective plug contacts.

22. The electrical jack of claim 14 , wherein the associated compensation contacts and signal contacts are not electrically connected to one another other than through the respective plug contacts.