Pin that inserts into a circuit board hole

1. A pin that inserts into a circuit board hole having a diameter and a plating therein, the pin comprising:

a pair of outwardly biased flexible beams that each extend from a body of the pin, the flexible beams connected at one end to one another at the body of the pin and separated from each other at an end opposite the end connected to the body, the separation between the pair of flexible beams forming an open slot, each flexible beam including a contact point that contacts the plating of the hole when the pin is inserted into the circuit board hole, wherein each flexible beam has a beam thickness, wherein the beam thickness is optimized with respect to the diameter of the circuit board hole.

2. The pin of claim 1 , wherein the slot between the pair of flexible beams is widest at the flexible beam ends that are opposite to the flexible beam ends connected to the body.

3. The pin of claim 1 , wherein the slot narrows in response to the flexible beams contacting the sides of the circuit board hole as the pin is inserted into the circuit board hole.

4. The pin of claim 3 , wherein the range that the slot narrows and expands is selected to correspond to a range of circuit board hole diameters.

5. The pin of claim 1 , wherein the slot is optimized with respect to the diameter of the circuit board hole.

6. The pin of claim 1 , wherein the length of the flexible beams are optimized to reduce engagement force and deformation of the board of the pin as the pin is inserted into the circuit board hole.

7. The pin of claim 1 , wherein each flexible beam includes a lead-in portion that continuously narrows to a tip, wherein each flexible beam narrows from the contact point to the tip.

8. The pin of claim 1 , wherein the pin is a compliant pin.

9. A method of establishing contact between a pin and a plating of a circuit board hole, the method comprising:

inserting the pin into the circuit board hole, the pin comprising a pair of outwardly biased flexible beams that each extend from a body of the pin, the flexible beams connected at one end to one another at the body of the pin and separated from each other at an end opposite the end connected to the body, the separation between the pair of flexible beams forming an open slot, each flexible beam including a contact point that contacts the plating of the hole when the pin is inserted into the circuit board hole, wherein each flexible beam has a beam thickness; further comprising optimizing the beam thickness with respect to the diameter of the circuit board hole.

10. The method of claim 9 , wherein the slot between the pair of flexible beams is widest at the flexible beam ends that are opposite to the flexible beam ends connected to the body.

11. The method of claim 9 , wherein the slot narrows in response to the flexible beams contacting the sides of the circuit board hole as the pin is inserted into the circuit board hole.

12. The method of claim 11 , wherein the range that the slot narrows and expands is selected to correspond to a range of circuit board hole diameters.

13. The method of claim 9 , further comprising optimizing the slot with respect to the diameter of the circuit board hole.

14. The method of claim 9 , further comprising optimizing the length of the flexible beams to reduce engagement force and deformation of the body of the pin as the pin is inserted into the circuit board hole.

15. The method of claim 9 , wherein each flexible beam includes a lead-in portion having a lead-in profile, wherein a width of said lead-in profile continuously narrows to a tip, wherein each flexible beam narrows from the contact point to the tip.

16. The method of claim 9 , wherein the pin is a compliant pin.