Surface mount antenna contacts

1. A contact device formed out of a single material for surface placement on a horizontal printed circuit board, comprising:

an anchor portion; and

a raised portion where the raised portion is biased in a first position when not in electrical contact with a vertical printed circuit board, and is biased in a second position when in electrical contact with the vertical printed circuit board, where the contact device exerts a biasing force in the second position upon downward pressure being placed by the vertical printed circuit board upon the raised portion of the contact device and where the raised portion is formed by a first bend spaced apart from a second bend in a direction opposite that of the first bend.

2. The contact device of claim 1 , where the single material is a metal alloy.

3. The contact device of claim 2 , where the metal alloy is a copper alloy.

4. A printed circuit board, comprising:

a contact area;

a contact device formed out of a single material coupled to the contact area on the printed circuit board where the contact device includes:

an anchor portion; and

a raised portion where the raised portion is biased in a first position at rest and exerts a biasing force in a second position when in electrical contact with another printed circuit board and where the raised portion is formed by a first bend spaced apart from a second bend in a direction opposite that of the first bend.

5. The printed circuit board of claim 4 , where the single material is a metal alloy.

6. The printed circuit board of claim 5 , where the metal alloy is a copper alloy.

7. The printed circuit board of claim 4 , where the contact device is coupled to the contact area with solder and the contact area is a microstrip contact line.

8. An electrical system with at least two printed circuit boards, comprising:

a first printed circuit board with a contact;

a contact device formed out of a single material coupled to the contact on the first printed circuit board where the contact device includes:

an anchor portion; and

a raised portion where the raised portion is biased in a first position at rest and exerts a biasing force in a second position when in electrical contact with a second printed circuit board and where the raised portion is formed by a first bend spaced apart from a second bend in a direction opposite that of the first bend; and

at least one guide coupled to the first printed circuit board that is able to secure the second printed circuit board that engages the contact device and maintains the contact device in the second position.

9. The electrical system of claim 8 , where the single material is a metal alloy.

10. The electrical system of claim 9 , where the metal alloy is a copper alloy.

11. The printed circuit board of claim 8 , where the contact device is coupled to the contact with solder.

12. The printed circuit board of claim 8 where the contact is a microstrip contact line.

13. A method of connecting a first printed circuit board with a second printed circuit board, comprising:

forming a contact on the first printed circuit board;

securing a contact device that is made out of a single material on the second printed circuit board, where the contact device includes an anchor portion that is secured to the second printed circuit board and a raised portion formed by a first bend spaced apart from a second bend in a direction opposite that of the first bend;

biasing the contact device in a first position at rest; and

exerting a biasing force in a second position upon downward pressure being placed by the first printed circuit board upon the raised portion of the contact device when in electrical contact with the contact on the first printed circuit board.

14. The method of connecting a first printed circuit board with a second printed circuit board of claim 13 , where forming a contact further includes creating a microstrip on the first printed circuit board.

15. The method of connecting a first printed circuit board with a second printed circuit board of claim 13 , where the single material is a metal alloy.

16. The method of connecting a first printed circuit board with a second printed circuit board of claim 13 , where the first printed circuit board has at least one antenna formed on or in it.