Apparatus for implementing selected functionality on an integrated circuit device
AssigneeMicron Technology, Inc.
InventorAaron Schoenfeld
Life of this patent
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Abstract
A semiconductor device in a computer system is disclosed that includes a die having an active surface bearing integrated circuitry, the die including a plurality of bond pads thereon at least some of which are connected to the integrated circuitry and having at least one electrically conductive wire bond made between first and second bond pads of the plurality of bond pads for providing external electrical connection between the two bond pads.
Claims13
A semiconductor device having a semiconductor die having integrated circuitry and including a plurality of bond pads, each bond pad connected to at least a portion of said integrated circuitry, said semiconductor device comprising:
- at least one electrically conductive wire bond between a first bond pad and a second bond pad selected from said plurality of bond pads for a connection therebetween, said first bond pad and second bond pad interconnected via a portion of said integrated circuitry having a voltage drop therebetween, said at least one electrically conductive wire bond bypassing said voltage drop, said first bond pad and said second bond pad optionally connected to a third bond pad selected from said plurality of bond pads via said portion of said integrated circuitry, said third bond pad connected to a fourth bond pad selected from said plurality of bond pads via a wire bond.
A semiconductor device having a semiconductor die including integrated circuitry and a plurality of bond pads, each bond pad connected to at least a different portion of said integrated circuitry, at least two bond pads of said plurality of bond pads connected to different portions of said integrated circuitry which are connected to each other having a voltage drop therebetween, said semiconductor device comprising:
- at least one electrically conductive wire bond between a first bond pad and a second bond pad selected from said plurality of bond pads, said first bond pad and second bond pad interconnected via said integrated circuitry, said at least one electrically conductive wire bond bypassing said voltage drop.
A semiconductor device having a semiconductor die having an active surface having integrated circuitry, said semiconductor die having thereon a first bond pad connected to a first internal bus within said integrated circuitry and a second bond pad connected to a second internal bus within said integrated circuitry, portions of said integrated circuitry connected to said first internal bus and said second internal bus having a voltage drop therebetween, said semiconductor device comprising:
- at least one electrically conductive wire bond between said first bond pad and said second bond pad for electrical connection between said first bond pad and second bond pad, said first bond pad and said second bond pad interconnected via said integrated circuitry having said voltage drop therebetween, said at least one electrically conductive wire bond bypassing said voltage drop.
A semiconductor device having a semiconductor die having an active surface having integrated circuitry and including thereon a first bond pad connected to a first internal bus within said integrated circuitry and a second bond pad connected to a second internal bus within said integrated circuitry, said first bond pad and said second bond pad interconnected via said integrated circuitry, said first bond pad and said second bond pad having a voltage drop therebetween caused by at least a portion of said integrated circuitry, said semiconductor device comprising:
- at least one bond wire between said first bond pad and said second bond pad for a connection therebetween, said at least one bond wire bypassing said voltage drop caused by at least a portion of said integrated circuitry, portions of said integrated circuitry connected to said first internal bus and said second internal bus.
A semiconductor wafer having fabricated thereon a plurality of semiconductor dice, a plurality of semiconductor die each having an active surface having integrated circuitry and having a plurality of bond pads, each bond pad connected to a portion of said integrated circuitry, said semiconductor wafer comprising:
- at least one electrically conductive bond wire between a first bond pad and a second bond pad of said plurality of bond pads of each semiconductor die of said plurality of semiconductor die for a connection between said first bond pad and second bond pad, said first bond pad and second bond pad interconnected via said portion of said integrated circuitry having a voltage drop therebetween, said at least one electrically conductive bond wire bypassing said voltage drop.
A semiconductor wafer having fabricated thereon at least two semiconductor die, each semiconductor die of said at least two semiconductor die having an active surface having integrated circuitry and having a plurality of bond pads, each bond pad connected to a portion of said integrated circuitry, a first bond pad and a second bond pad of said plurality of bond pads interconnected via at least a portion of said integrated circuitry, said first bond pad and said second bond pad having a voltage drop therebetween, said semiconductor wafer comprising:
- at least one electrically conductive bond wire between said first bond pad and said second bond pad of said plurality of bond pads for a connection therebetween for each semiconductor die of said two semiconductor die of said at least two semiconductor die, said at least one electrically conductive wire bond bypassing said voltage drop.
Dependencies are inferred from the claim text.