Snap-in antenna assembly for wireless radio circuit card

1. An electronic wireless communication system, comprising:

an electronic device, including a plug-in circuit card having a wireless radio circuit and at least one on-board coaxial connector coupled with said wireless radio circuit; and

an antenna card including at least one antenna and at least one on-board coaxial connector, at least one said on-board coaxial connector coupled with a corresponding said antenna, each said on-board coaxial connector on said antenna card also coupled with a mating said on-board coaxial connector on said plug-in circuit card, said antenna card having a fixed geometric and spatial orientation relative to said plug-in circuit card.

2. The electronic wireless communication system of claim 1 , wherein each of said plug-in circuit card and said antenna card includes a pair of on-board coaxial connectors.

3. The electronic wireless communication system of claim 2 , wherein said antenna card includes a main antenna and an auxiliary antenna respectively coupled with said pair of on-board coaxial connectors on said antenna card.

4. The electronic wireless communication system of claim 3 , wherein said plug-in circuit card includes a diversity circuit for selective use of said main antenna and said auxiliary antenna.

5. The electronic wireless communication system of claim 2 , wherein said antenna card includes a single antenna coupled with a respective one of said pair of on-board coaxial connectors on said antenna card.

6. The electronic wireless communication system of claim 5 , wherein an other of said pair of on-board coaxial connectors on said antenna card provides a mechanical connection only with a corresponding one of said pair of on-board coaxial connectors on said plug-in circuit card.

7. The electronic wireless communication system of claim 2 , wherein said pair of mating coaxial connectors on each of said antenna card and said plug-in circuit card geometrically and spatially fix the orientation said antenna card relative to said plug-in circuit card.

8. The electronic wireless communication system of claim 2 , wherein said pair of on-board coaxial connectors on said plug-in circuit card are at a known, predetermined distance from each other.

9. The electronic wireless communication system of claim 2 , wherein each of said pair of on-board coaxial connectors on said plug-in circuit card are of a same configuration.

10. The electronic wireless communication system of claim 2 , wherein each of said pair of on-board coaxial connectors on said plug-in circuit card are snap-type coaxial connectors.

11. The electronic wireless communication system of claim 1 , wherein said plug-in circuit card comprises a wireless ethernet card.

12. The electronic wireless communication system of claim 11 , wherein said wireless ethernet card comprises a standard 802.11 radio card.

13. The electronic wireless communication system of claim 1 , wherein said electronic device comprises one of a printer and a computer.

14. The electronic wireless communication system of claim 13 , wherein said computer comprises one of a laptop computer and a personal computer.

15. An antenna assembly for use with a plug-in circuit card including a wireless radio circuit and a pair of on-board coaxial connectors, at least one of the on-board coaxial connectors being coupled with the wireless radio circuit, said antenna assembly comprising:

an antenna card including at least one antenna and a pair of on-board coaxial connectors, at least one said on-board coaxial connector on said antenna card being coupled with a corresponding said antenna, each said on-board coaxial connector on the antenna card being couplable with a mating on-board coaxial connector on the plug-in circuit card, said antenna card having a fixed geometric and spatial orientation relative to said plug-in circuit card.

16. The antenna assembly of claim 15 , wherein said antenna card includes a main antenna and an auxiliary antenna respectively coupled with said pair of on-board coaxial connectors on said antenna card.

17. The antenna assembly of claim 15 , wherein said antenna card includes a single antenna coupled with a respective one of said pair of on-board coaxial connectors on said antenna card.

18. The antenna assembly of claim 15 , wherein each of said pair of on-board coaxial connectors on said antenna card are of a same configuration.

19. The antenna assembly of claim 15 , wherein each of said pair of on-board coaxial connectors on said antenna card are snap-type coaxial connectors.

20. An antenna assembly for use with a plug-in circuit card including a wireless radio circuit and at least one on-board coaxial connector being coupled with the wireless radio circuit, said antenna assembly comprising:

an antenna card including at least one antenna and at least one on-board coaxial connector being coupled with a corresponding said antenna, said at least one on-board coaxial connector on the antenna card being couplable mating with the at least one on-board coaxial connector on the plug-in circuit card with the antenna card being in fixed geometric and spatial orientation with respect to the plug-in circuit card.

21. The antenna assembly of claim 20 , wherein said antenna card includes a main antenna and an auxiliary antenna respectively coupled with a pair of on-board coaxial connectors on said antenna card.

22. The antenna assembly of claim 21 , wherein said antenna card includes a single antenna coupled with a respective one of said pair of on-board coaxial connectors on said antenna card.

23. The antenna assembly of claim 21 , wherein each of said pair of on-board coaxial connectors on said antenna card are of a same configuration.

24. The antenna assembly of claim 21 , wherein each of said pair of on-board coaxial connectors on said antenna card are snap-type coaxial connectors.

25. The antenna assembly of claim 20 further including a means for mechanically fixing the spatial orientation between the plug-in circuit card and the antenna card.

26. A method of connecting an antenna to a plug-in circuit card including a wireless radio circuit and a pair of on-board coaxial connectors, at least one of the on-board coaxial connectors being coupled with the wireless radio circuit, said method comprising the steps of:

providing an antenna card including at least one antenna and a pair of on-board coaxial connectors, at least one of said on-board coaxial connectors coupled with a corresponding said antenna; and

connecting said pair of on-board coaxial connectors on said antenna card with said pair of on-board coaxial connectors on said plug-in circuit card, said connecting step fixing the geometric and spatial orientation of said antenna card relative to said plug-in circuit card.

27. The method of claim 26 , wherein said antenna card includes a main antenna and an auxiliary antenna respectively coupled with said pair of on-board coaxial connectors on said antenna card, said connecting step including the substep of electrically connecting each of said main antenna and said auxiliary antenna with the wireless radio circuit on said plug-in circuit card.

28. The method of claim 26 , wherein said antenna card includes a single antenna coupled with a respective one of said pair of on-board coaxial connectors on said antenna card, said connecting step including the substep of electrically connecting said single antenna with the wireless radio circuit on said plug-in circuit card.

29. The method of claim 26 , wherein each of said pair of on-board coaxial connectors on said antenna card are of a same configuration.