EE241: Advanced Digital Integrated Circuits

Lecture Notes

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• Lecture 1 - Introduction + future prospects (pdf).
• Lecture 2 - Impact of technology scaling, Transistor models (pdf).
• Lecture 3 - Transistor models (pdf).
• Lecture 4 - Delay models (pdf).
• Lecture 5 - Optimizing circuits for speed (pdf).
• Lecture 6 - Static CMOS (pdf)
• Lecture 7 - ISSCC
• Lecture 8 - Pass Transistor Logic (pdf)
• Lecture 9 - Pass-transistor and dynamic logic (pdf)
• Lecture 10 - Domino logic (pdf)
• Lecture 11 - Reliability and robustness (pdf)
• Lecture 12- Power - Introduction (pdf)
• Lecture 13 - Voltage Minimization (pdf)
• Lecture 14 - DVS + Leakage (pdf)
• Lecture 15 - Power optimization for variable throughput (pdf)
• Lecture 16 - Energy recovery, SOI circuits (pdf)
• Lecture 17 - Power Distribution (pdf)
• Lecture 18 - Adders (pdf)
• Lecture 19 - Carry-lookahead adders (pdf)
• Lecture 20 - Multipliers (pdf)
• Lecture 21  - Timing 1 (pdf)
• Lecture 22 - Timing 2 (pdf)
• Lecture 23 - Clock distribution (pdf)
• Lecture 24 - Latches and flip-flops (pdf)
• Lecture 25 - Driving Interconnect (pdf)
• Lecture 26 - High-speed links (pdf) - guest lecture by Jared Zerbe, Rambus.
• Lecture 27 - Test (pdf)
• Lecture 28 - Memory (pdf)