20. Line, Interface & Bulk Defects | Introduction to Solid State Chemistry | Materials Science and Engineering | MIT OpenCourseWare
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Detecting defects in tomorrow’s technology
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Highly complex chips are made up of billions of integrated and connected transistors. Therefore, the layout and design phase at the beginning of manufacturing a chip is essential. In this phase, among other things, the individual #transistor connections are worked out and the functions of the chip are defined. Learn more about this complex phase of #chipmanufacturing and watch the 4th part of 8 videos about “The making of a chip – from sand to semiconductor”. #chipsinanutshell #explainingsemicon
1:23
Highly complex chips are made up of billions of integrated and connected transistors. Therefore, the layout and design phase at the beginning of manufacturing a chip is essential. In this phase, among other things, the individual #transistor connections are worked out and the functions of the chip are defined. Learn more about this complex phase of #chipmanufacturing and watch the 4th part of 8 videos about “The making of a chip – from sand to semiconductor”. #chipsinanutshell #explainingsemicon
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FacebookInfineon Technologies AG
SOLVED: When silicon chips are fabricated, defects in materials (e.g. silicon) and manufacturing errors can result in defective circuits. A very common defect is for one wire to affect the signal in another. This is called a cross-talk fault. A special class of cross-talk fault is when a signal is connected to a wire that has a constant logical value (e.g. a power supply wire). In this case, we have a stuck-at-0 or a stuck-at-1 fault, and the affected wire always has a logical value of 0 or 1, r
SOLVED: When silicon chips are fabricated, defects in materials (e.g. silicon) and manufacturing errors can result in defective circuits. A very common defect is for one wire to affect the signal in another. This is called a cross-talk fault. A special class of cross-talk fault is when a signal is connected to a wire that has a constant logical value (e.g. a power supply wire). In this case, we have a stuck-at-0 or a stuck-at-1 fault, and the affected wire always has a logical value of 0 or 1, r
Aug 13, 2023
numerade.com
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