摘要:
An apparatus performs reliability assessment of electronic hardware. The apparatus includes a test assembly. The test assembly includes at least one programmable logic device (PLD). The PLD is configured to provide a logic function, such as the function of a plurality of inverters coupled in a cascade manner. The apparatus further includes a signal source coupled to the test assembly. The signal source provides a stimulus signal to the test assembly. The apparatus also includes a signal monitor coupled to the test assembly. The signal monitor monitors a response signal generated by the test assembly.
摘要:
Provided are semiconductor die flip chip packages and semiconductor die flip chip package components where certain properties of the packages/components are controlled to facilitate management of the package stresses. Also provided are fabrication methods for such packages and package components. For instance, the thickness of a die can be controlled such that the stress generated/experienced by the die is minimized. As such, the package stress is managed to suitable levels for incorporation of a low-K Si die and/or a thin package substrate. Further, a thin die can be attached to a heat spreader to increase the rigidity for easier handling during fabrication of the semiconductor die flip chip package.
摘要:
Provided are semiconductor die flip chip packages and semiconductor die flip chip package components where certain properties of the packages/components are controlled to facilitate management of the package stresses. Also provided are fabrication methods for such packages and package components. For instance, the thickness of a die can be controlled such that the stress generated/experienced by the die is minimized. As such, the package stress is managed to suitable levels for incorporation of a low-K Si die and/or a thin package substrate. Further, a thin die can be attached to a heat spreader to increase the rigidity for easier handling during fabrication of the semiconductor die flip chip package.
摘要:
Provided are semiconductor die flip chip packages and semiconductor die flip chip package components where certain properties of the packages/components are controlled to facilitate management of the package stresses. Also provided are fabrication methods for such packages and package components. For instance, the thickness of a die can be controlled such that the stress generated/experienced by the die is minimized. As such, the package stress is managed to suitable levels for incorporation of a low-K Si die and/or a thin package substrate. Further, a thin die can be attached to a heat spreader to increase the rigidity for easier handling during fabrication of the semiconductor die flip chip package.