E190V

Energy Efficiency and Control Theory for Analog Circuits

• Home
• Problem Sets
• Labs
• Data Sheets
• Resources
• Contact

Resources

• Syllabus
• Operational Amplifiers: Theory and Practice, James K. Roberge
• Elad Alon, Berkeley, EE141: Digital Design, Lecture Slides
• Elad Alon, Berkeley, EE240: Advanced Analog Design, Lecture Slides
• Haideh Khorramabadi, Berkeley, EE247: Digital/Analog Interfaces, Lecture Slides
• Berkeley Webcasts, contains videos of the above two classes

Problem Sets

1. Dynamic Range and Noise - Solutions
2. Correlated Noise, Analog Power - Solutions
   - ADC LSB Optimization Code
3. Digital Delay and Power Calculations - Solutions
   - Energy, Bandwidth, Delay Plotting Code
4. Band Theory and MOSFETs - Solutions
5. Circuit Modelling, Digital Power - Solutions
6. Extra Problems

Labs

• Lab 1 - Noise Constrained LED Transmitter
• Lab 2 - Externally Compensated Operational Amplifier
• Lab 3 - Fractional-N PLL or Buck Regulator

Data Sheets

• LT1008 Externally Compensated Op-Amp
• OP07 General Purpose Op-Amp
• MC43063 Monolithic Switching Regulator Chip
• SN74LV4046 Monolithic PLL Chip
• CD74HC4046 Monolithic PLL Chip
  - Both PLLs behave the same way, this datasheet is more useful.

Contact: mspencer at g dot hmc dot edu || Parsons 2358
Harvey Mudd College / 301 Platt Boulevard / Claremont, California / 91711-5901