Abstract: A test socket assembly is for use in testing integrated circuits. A single piece socket is formed substantially of an insulating material and having a plurality of holes formed therein configured to receive a plurality of electrically conductive springs. Each hole of the single piece socket has therein a separate one of the electrically conductive springs. A test socket includes a plurality of pins configured to receive leads of an integrated circuit, the pins of the test socket extending into the plurality of holes of the single piece socket with each pin engaging a spring, wherein the single piece socket is positioned on a circuit board with the plurality of holes being in alignment with electrical contacts on the circuit board such that the plurality of springs are electrically interconnecting the contacts and the plurality of pins. The single -piece socket is comprised substantially of a high-temperature insulating material, such as ceramic.

Abstract: A strip-shaped package is provided that can accept a single die up to many dice. Conduction paths are printed (or otherwise integrally formed) thereon to the edge of the package, and a complementary socket may be provided that, in combination with the strip-shaped package, provides for electrical connection to test electronics without the use of package leads. The strip-shaped package may be made of ceramic or other temperature resistant material. The strip-shaped package may have at least one “well” location in which the die or dice may be affixed to the strip-shaped package. The strip may have notches configured to function as separators between the individual die housings (and related integrally-formed conduction paths).

Abstract: A test socket assembly is for use in testing integrated circuits. A single piece socket is formed substantially of an insulating material and having a plurality of holes formed therein configured to receive a plurality of electrically conductive springs. Each hole of the single piece socket has therein a separate one of the electrically conductive springs. A test socket includes a plurality of pins configured to receive leads of an integrated circuit, the pins of the test socket extending into the plurality of holes of the single piece socket with each pin engaging a spring, wherein the single piece socket is positioned on a circuit board with the plurality of holes being in alignment with electrical contacts on the circuit board such that the plurality of springs are electrically interconnecting the contacts and the plurality of pins. The single -piece socket is comprised substantially of a high-temperature insulating material, such as ceramic.

Abstract: An anti-electrostatic discharge (ESD) tool for engaging electronic device under test (DUT) boards whereby ESD damage to the tested devices is prevented. The tool includes an aluminum support frame, guides on opposing edges of one side of the frame for slidably receiving a DUT board, and at least one electrical shorting connector extending from the frame and electrically connecting and shorting socket connectors and leads of electronic devices when the DUT board is inserted into the guides. The electrical shorting connector preferably comprises an array of fine wire brushes which have sufficient rigidity and flexibility for engaging solder points on the DUT board for the socket connectors.