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start [2015/12/17 23:14] – [Silicon Pr0n: silicon just the way you like it] azonenberg | start [2021/01/29 19:29] (current) – mcmaster | ||
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An Integrated Circuit (IC) Reverse Engineering (RE) Wiki | An Integrated Circuit (IC) Reverse Engineering (RE) Wiki | ||
- | Based upon the following principle: \\ | + | Enjoy this work? Consider [[https:// |
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+ | This wiki is based upon the following principle: \\ | ||
> Observation 11.6. Understanding layouts and cross sections of semiconductor devices does not require all of the physics and manufacturing details. To gain a fairly useful — though merely qualitative — appreciation, | > Observation 11.6. Understanding layouts and cross sections of semiconductor devices does not require all of the physics and manufacturing details. To gain a fairly useful — though merely qualitative — appreciation, | ||
+ | > | ||
> * (conductive) metals, | > * (conductive) metals, | ||
> * (conductive) polysilicon, | > * (conductive) polysilicon, | ||
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> * weakly n- and p- doped semiconductor materials, and | > * weakly n- and p- doped semiconductor materials, and | ||
> * (nonconductive) dielectrics. | > * (nonconductive) dielectrics. | ||
+ | > | ||
> " | > " | ||
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====== Recruiting ====== | ====== Recruiting ====== | ||
- | If you want to contribute, | + | If you want to contribute, send me a brief message telling me your interest in IC RE and what you think you might be able to contribute if you are given access. Contact me directly at JohnDMcMaster <at> gmail.com |
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Bare with us while we bring the old systems back online | Bare with us while we bring the old systems back online | ||
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