Multiple contact electrical test probe assembly

Claim 2

A multiple contact electrical test probe assembly for contacting and testing miniature electronic circuit devices lying in a first plane, said assembly comprising: a support of an electrically non-conductive material, said support having a plurality of spaced holes extending through said support from one side of said support to an opposing side thereof all of said holes being substantially parallel and lying in a common plane which is substantially normal to said first plane; a plurality of electrically conductive contact elements, each element dimensioned to a press fit within at least one of said holes and having a bend between the ends thereof to restrict sliding through the corresponding hole; at least a first end of each said contact element adapted to sequentially engage a plurality of miniature electronic circuit devices for testing purposes; each contact element having sufficient tensile strength to withstand said sequential testing of said circuit devices; means for mounting said assembly in space relationship with said circuit device being tested; wherein each said bend is positioned between said support and said circuit device being tested, and separates said corresponding contact element into two end portions, a first end portion including said first end and being longer than the second end portion which includes said second end; and wherein both said first and second ends of each said contact element is adapted to sequentially engage a plurality of miniature electronic circuit devices for testing purposes, by sliding from the corresponding hole and reversal of the corresponding contact element.

Claim 3

The test probe assembly recited in claim 1 wherein the second end of each said contact element adapted to be coupled with a test assembly to facilitate testing of said circuit device.

Claim 4

The test probe assembly recited in claim 2 wherein both said first and second ends of each said contact element is adapted to be coupled with a test assembly to facilitate testing of said circuit devices.

Claim 5

The test probe assembly recited in claim 3 wherein said bend forms an obtuse angle between said first and second end portions of each said contact element.

Claim 6

The test probe assembly recited in claim 4 wherein said holes of said contact elements are all equally dimensioned, such that each said contact element is slidable through each said hole.

Claim 7

The test probe assembly recited in claim 5 through the comprising fastening means for joining said probe assembly to said test assembly.

Claim 8

The test probe assembly recited in claim 6 wherein said fastening means comprises: said support including at least a pair of spaced mounting appertures extending through said support member substantially normal to the axis of said holes and substantially normal to a face of said support member which is substantially parallel with the plane of said holes; and a fastener extending through each apperture and adapted to joint with adjacent test fixtures.

Claim 9

The test probe assembly recited in claim 7 wherein said support is adapted to be mounted to said test fixture such that one of said first and second ends engages a certain device under test with the corresponding end portion, forming an obtuse angle with respect to the plane of said circuit device.

Claim 10

The test probe assembly recited in claim 8 wherein each said contact element has a cross-sectional shape providing an elongated edge surface in contact with said circuit device under test, whereby said edge surface scrapes through any non-conductive surface coating on said circuit device during relative movement therebetween.

Claim 11

A multiple contact electrical test probe assembly contacting and testing miniature electronic circuit devices, comprising: a support of an electrically non-conductive material, said support having a plurality of spaced holes extending through said support from one side of said support to an opposing side thereof, all of said holes being substantially parallel and lying in a common plane; a plurality of electrically conductive contact elements, each element dimensioned to slidably fit within at least one of said holes and having a bend between the ends thereof to restrict sliding through the corresponding hole; at least a first end of each said contact element adapted to sequentially engage a plurality of miniature electronic circuit devices for testing purposes; each contact element having sufficient tensile strength to withstand said sequential testing of said circuit devices; means for mounting said assembly in space relationship with said circuit device being tested; said contact elements having a substantially cross-sectional shape providing an elongated edge surface in contact with said circuit device under test, whereby said edge surface scrapes through any surface coating on said circuit device during relative movement therebetween; said support being adapted to be mounted to said test fixture such that one of said first and second ends engages a circuit device under test with the corresponding end portion forming an obtuse angle with respect to the plane of said circuit device; and wherein each said bend separates the corresponding one of said contact elements into two end portions, the first end portion including said first end and being longer than the second end portion, which includes said second end, whereby selected ones of said contact elements may be reversed so as to engage said circuit device at different levels and in different planes.

Claim 12

A multiple contact electrical test probe assembly contacting and testing miniature electronic circuit devices, comprising: a support of an electrically non-conductive material, said support having a plurality of spaced holes extending through said support from one side of said support to an opposing side thereof, all of said holes being substantially parallel and lying in a common plane; a plurality of electrically conductive contact elements, each element dimensioned to slidably fit within at least one of said holes and having a bend between the ends thereof to restrict sliding through the corresponding hole; at least a first end of each said contact element adapted to sequentially engage a plurality of miniature electronic circuit devices for testing purposes; each contact element having sufficient tensile strength to withstand said sequential testing of said circuit devices; means for mounting said assembly in space relationship with said circuit device being tested; said contact elements having a substantially cross-sectional shape providing an elongated edge surface in contact with said circuit device under test, whereby said edge surface scrapes through any surface coating on said circuit device during relative movement therebetween; said support being adapted to be mounted to said test fixture such that one of said first and second ends engages a circuit device under test with the corresponding end portion forming an obtuse angle with respect to the plane of said circuit device; and wherein each said bend separates the corresponding one of said contact elements into two end portions, the first end portion including said first end and being longer than the second end portion, which includes said second end, whereby selected ones of said contact elements may be reversed so as to engage said circuit device at different levels and in different planes.

Claim 13

The test probe assembly recited in claim 10 wherein each contact element consists essentially of a malleable precious metal.