For those lectures for which the video from the 2018 course is not available, the corresponding video of 2017 or 2016 is included.
- Semiconductor electronics and the smartphone as a reference electronic system
- Slides from 2018 class (pdf)
- Introduction to semiconductor electronics [Video from 2018 class]
- The smartphone as a reference electronic system
[Video from 2018 class]
- CMOS logic
- Live lecture notes from 2016 class (pdf)
- CMOS power and performance metrics: transistor properties and propagation delays [Video 1 from 2016 class], [Video 2 from 2016 class], [Video 3 from 2017 class]
- CMOS power and performance metrics and CMOS scaling [Video from 2017 class]
- CMOS fabrication
- Reference material: Chapter 2, “Digital Integrated Circuits – a design perspective, 2nd edition”, J. M. Rabaey, A. Chandrakasan, B. Nikolic, Pearson 2002.
- [Live lecture slides (pdf) from 2018 class]
- CMOS fabrication process – video lecture from 2018
- Video CMOS Fab of the 90s, Philips Factory
- Video on Global Foundries fab
- Video Intel 22 nm trigate technology
- CMOS Design rules and packaging [Video lecture from 2017 class]
- Implementation strategies for digital design
- Reference material: Chapters 8 and 10, “Digital Integrated Circuits – a design perspective, 2nd edition”, J. M. Rabaey, A. Chandrakasan, B. Nikolic, Pearson 2002.
- Live lecture notes from 2018 class (pdf)
- Implementation strategies for digital design [Video from 2018 class, part 1 of 2], [Video from 2018 class, part 2 of 2]
- Memory
- Live lecture notes from 2018 class (pdf)
- Principle of operation of dynamic and static memories [Video 1 of 3 from 2016 class], [Video 2 of 3 from 2016 class], [Video 3 of 3 from 2016 class]
- Principle of operation of Non-Volatile memories [Video 1 of 2 from class of 2018], [Video 2 of 2 from class of 2018]
- Power Management
- Reference material: Chapter 7 (Sections 7.1, 7.2, 7.3, 7.4) of “Power Electronics – Converters, Applications, and Design” 3rd Edition, Mohan, Undeland, Robbins, Wiley 2003.
- Live lecture notes from 2018 class
- Step-down DCDC converters [Video of 2018 class]
- Step-up (boost) DC-DC converters [Video of 2018 class]
- Buck-boost DC-DC converters [Video of 2018 class]
- Sensors
- Live lecture notes from 2018 class [pdf]
- Operating principle of a MEMS accelerometer [Video of 2018 class ]
- Operating principle of a MEMS gyroscope [Video of 2018 class ] [lecture notes (pdf)]
- Video animation of accelerometer from Bosch
- Video animation of gyroscope from Bosch