the intended application 0018 fig7 shows spring 15 in place in a cut away section of the molded plastic body of the connector it can be seen that looped ends 14 extend through openings 18 in cap 12 and main body part 10 the main portion of the cavity in which the spring portion 16 is received is preferably cylindrical in shape this cylindrical cavity defined in body part 10 and cap 12 can be as small as 1 millimeter or less in diameter this ability to use a hole of this size is an improvement over the prior art cantilevered design which limited the size of hole that could be used this feature of the invention provides a distinct advantage over the prior art which would require a larger cylindrical cavity in which to receive the spring to provide the same compression as can be achieved in this design to assemble the connector the plurality of springs are inserted in the cavities 20 with bottom loops 14 extending through rectangular slots 18 defined in the main body part 10 cap 12 is then placed on top of main body 10 allowing upper loops 14 of conductive elements 15 to extend through the rectangular openings 18 and cap 12 clips 22 in cap 12 are received in recesses 24 defined in main body part 10 and engaged therein thereby holding cap 12 securely in place and providing a preloaded compression on spring 16 0020 fig4 and 5 show the connector in place in a typical application for example a cellular telephone consisting of frame 38 and main printed circuit board 34 having a plurality of contacts 36 defined thereon connector.