System-on-Chip and efficient electronic circuit integration techniques
Exercises and projects
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Important note:
- Simulations are performed through software LTSpice, provided courtesy of Analog Devices and authored by Mike Engelhardt.
- SPICE models of transistors come from http://cmosedu.com website maintained by R Jacob Baker.
Unit 3. Analog CMOS fundamental circuits
EP 1.1. Exercises and solutions (PDF).
EP 1.2. Simulation model for exercise 1 (.asc, LTSpice).
EP 1.3. Simulation model for exercise 2 (.asc, LTSpice).
EP 1.4. Simulation model for exercise 5 (.asc, LTSpice).
Units 4 & 5. Single ended and differential amplifiers. Operational amplifiers (opamps) and OTAs
EP 2.1. Exercises and solutions (PDF).
EP 2.2. Simulation model for exercise 1 (.asc, LTSpice).
EP 2.3. Simulation model for exercise 2 (.asc, LTSpice).
EP 2.4. Simulation model for exercise 7-I (.asc, LTSpice).
EP 2.5. Simulation model for exercise 7-II (.asc, LTSpice).
EP 2.6. Simulation model for exercise 8 (.asc, LTSpice).
EP 2.7. Example of single-ended amplifier in 50-nm (.asc, LTSpice).
EP 2.8. Example of low-power single-ended amplifier (.asc, LTSpice).
EP 2.9. Example of CMFB circuit (.asc, LTSpice).
EP 3.0. Example of inverter configuration (.asc, LTSpice).
EP 3.1. Example of CMFB circuit in Miller architecture (.asc, LTSpice).
Unit 6. Comparators
EP 4.1. Exercises and solutions (PDF).
EP 4.2. Simulation model for exercise 1 (.asc, LTSpice).
EP 4.3. Example of comparator with hysteresis (.asc, LTSpice).
EP 4.4. SPICE model for example of comparator with hysteresis (.txt).
Unit 7. Inverter-based circuits
EP 5.1. Example of ring-oscillator (.asc, LTSpice).