Methods and apparatuses for removal of wires from packaging substrates
Wire removal systems and methods for packaging applications. In some embodiments, a method of manufacturing a module can include receiving by an automated wire cutting apparatus a packaging substrate including a die mounted thereon and a defective wire coupled thereto, positioning one or both of a wire cutting instrument of the automated wire cutting apparatus and the packaging substrate relative to the other based on predetermined instructions, and detaching the defective wire from the packaging substrate using the wire cutting instrument.
1. A method of manufacturing a module, comprising:
receiving by an automated wire cutting apparatus a packaging substrate including a die mounted thereon and a plurality of defective wires coupled thereto;
receiving, by the automated wire cutting apparatus, a trigger for initiating execution of a set of stored instructions corresponding to a pattern of defective wires coupled to the packaging substrate for detaching the plurality of defective wires; and
executing in response to the trigger, by the automated wire cutting apparatus without user input, the set of stored instructions to:
position one or both of a wire cutting instrument of the automated wire cutting apparatus and the packaging substrate relative to the other, such that the wire cutting instrument is adjacent to a first defective wire of the plurality of defective wires, and
detach the first defective wire, and sequentially detach remaining defective wires of the plurality of wires from the packaging substrate using the wire cutting instrument.
2. The method of claim 1 further comprising selecting by the automated wire cutting apparatus the set of stored instructions for the positioning and detaching based at least in part on the pattern of defective wires coupled to the packaging substrate.
3. The method of claim 1 wherein positioning one or both of the wire cutting instrument and the packaging substrate includes moving the wire cutting instrument relative to the packaging substrate.
4. The method of claim 1 wherein detaching the defective wire from the packaging substrate includes contacting the wire cutting instrument and the defective wire.
5. The method of claim 1 further comprising removing by the automated wire cutting apparatus the detached defective wire.
6. The method of claim 5 wherein removing the detached defective wire includes shaking the packaging substrate.
7. The method of claim 1 wherein the defective wire includes at least one of an extraneous wire, a wire having an erroneous diameter, a wire having a defective loop, and an erroneously positioned wire.
8. A method of manufacturing a module, comprising:
receiving by an automated wire cutting apparatus a packaging substrate having a die mounted thereon and a plurality of defective wires coupled thereto;
receiving, by the automated wire cutting apparatus, a trigger for initiating execution of a set of stored instructions corresponding to a pattern of defective wires coupled to the packaging substrate for detaching the plurality of defective wires; and
executing in response to the trigger and without user input, by the automated wire cutting apparatus, the set of stored instructions to move one or both of a wire cutting instrument of the wire cutting apparatus and the packaging substrate relative to the other, to sequentially effect mechanical separation of the plurality of defective wires from the packaging substrate using the wire cutting instrument.
9. The method of claim 8 further comprising selecting by the automated wire cutting apparatus the set of stored instructions for the moving based at least in part on the pattern of defective wires coupled to the packaging substrate.
10. The method of claim 8 wherein moving one or both of the wire cutting instrument and the packaging substrate includes moving the wire cutting instrument relative to the packaging substrate.
11. The method of claim 8 further comprising contacting the defective wire and applying a shear force to the defective wire using the wire cutting instrument to effect the mechanical separation of the defective wire from the packaging substrate.
12. The method of claim 8 further comprising removing by the automated wire cutting apparatus the separated defective wire.
13. The method of claim 12 wherein removing the separated defective wire includes shaking the packaging substrate.
14. The method of claim 8 wherein the defective wire includes at least one of an extraneous wire, a wire having an erroneous diameter, a wire having a defective loop, and an erroneously positioned wire.
15. A wire cutting apparatus comprising:
a packaging substrate receptacle configured to receive a packaging substrate having a die mounted thereon and a plurality of defective wires coupled thereto; and
a wire cutting instrument, the apparatus being configured to execute a set of stored instructions, in response to an initial trigger and without user input, to move one or more of the packaging substrate received in the packaging substrate receptacle and the wire cutting instrument to contact the defective wire to sequentially effect separation of the plurality of defective wires from the packaging substrate, the set of stored instructions corresponding to a pattern of defective wires coupled to the packaging substrate.
16. The wire cutting apparatus of claim 15 wherein the wire cutting apparatus is configured to select the set of stored instructions to move one or more of the packaging substrate and the wire cutting instrument based on the pattern of defective wires.
17. The wire cutting apparatus of claim 15 wherein the wire cutting instrument includes a shear tool configured to contact the defective wire and apply a shear force upon the defective wire to effect separation of the defective wire from the packaging substrate.
18. The wire cutting apparatus of claim 15 further comprising a packaging substrate shaker configured to shake the packaging substrate to remove detached defective wires.