Land grid array socket

1. A land grid array socket, comprising:

a dielectric housing defining a plurality of passages; and

a plurality of conductive terminals residing in corresponding passages, respectively, each terminal comprising a base section secured to the passage and a pair of opposing bent sections angled with respect to the base section, the bent sections each forming at least one resilient arm protruding upwardly and obliquely out of the housing and toward each other to electrically mate with an electronic component coupled thereto.

2. The land grid array socket of claim 1 , wherein the resilient arms of the bent sections of the terminal extend toward each other and are arranged in a staggered fashion.

3. The land grid array socket of claim 1 , wherein the housing is formed with a protrusion extending into the passage to divide the passage into a narrow retaining slot and a wide receiving slot in communication with each other.

4. The land grid array socket of claim 3 , wherein the base section of the terminal is secured to the narrow retaining slot, and the bent sections of the terminal extend to and reside in the wide receiving slot.

5. The land grid array socket of claim 1 , wherein the bent sections of the terminal are spaced from the sidewalls of the passage.

6. The land grid array socket of claim 1 , wherein the at least one resilient arm of the terminal is formed with an arched contacting section at a distal end thereof.

7. The land grid array socket of claim 1 , wherein each bent section of the terminal further comprises at least one resilient arm extending downwardly from a lower side thereof.

8. The land grid array socket of claim 1 , wherein the housing is provided with a plurality of standoffs on at least one of an upper and a lower surfaces thereof, and each standoff is situated between two adjacent passages.

9. The land grid array socket of claim 1 , wherein the resilient arms of the bent sections of the terminal are arranged in a symmetrical fashion.

10. A conductive terminal, comprising:

a planar base section, the base section being in a vertical plane; and

a pair of opposing bent sections angularly stretching out from two lateral sides of the base section, each bent section forming at least one resilient arm extending upwardly and obliquely to mechanically and electrically contact with an electronic component seated thereon.

11. The conductive terminal of claim 10 , wherein the resilient arms of the opposing bent sections extend toward each other and are arranged in a symmetrical fashion.

12. The conductive terminal of claim 11 , wherein distal ends of the resilient arms of the opposing bent sections are spaced from each other.

13. The conductive terminal of claim 10 , wherein the resilient arms of the opposing bent sections extend toward each other and are arranged in a staggered fashion.

14. The conductive terminal of claim 10 , wherein the resilient arms each form an arched contacting section at a distal end thereof.

15. The conductive terminal of claim 10 , wherein each bent section comprises at least one resilient arm extending downwardly and obliquely from a lower side thereof.

16. The conductive terminal of claim 10 , wherein the planar base section is formed with a plurality of barbs at two lateral sides thereof.

17. An electrical connector comprising:

an insulative housing defining at least one passageway extending upwardly through an upper face of the housing;

at least one contact disposed in said passageway, said contact defining a U-shaped main body with first and second spring arms extending respectively from two opposite transverse side plates of said main body obliquely and upwardly toward each other in a transverse direction;

wherein

tips of said two spring arms are located above the upper face and offset from each other along in a front-to-back direction perpendicular to said transverse direction, so as not to interfere with each other when both first and second spring arms are downwardly pressed by an electronic component mounted upon the upper face.

18. The connector as claimed in claim 17 , further including a third spring arm extending from the corresponding transverse side plate beside said first spring arm with a gap in which the tip of the second spring arm is moveable without interference when all first, second and third spring arms are downwardly pressed by the electronic component.