- Email:
- Put EE4312 in the subject of your message; cc: the TAs/CAs on your message as much as possible (once we get TAs/CAs).
Class Hours: Mondays and Wednesdays 11:40am-12:55pm (Fall 2023)
Office Hours: TBD
Teaching Assistant: TBD
Prerequisite:
- EE3331 Electronic Circuits
- Students need to be familiar with basic electronic circuits and basic simulation (e.g. Spice, LTSpice, ... )
Topics
- Review of analog signals, amplifier types, circuit analysis,
transfer and network functions (poles & zeros), frequency
response
- Negative feedback in circuits, including four feedback types,
effect of feedback-network loading, analysis using two-port
models
- Negative feedback stability, including gain and phase
margin
- Negative feedback compensation techniques
- Transistor analog small-signal parameters
- Basic transistor stages: gain, impedances, biasing, signal ranges,
...
- Basic transistor stages freq. response
- Current Mirrors
- Differential signals and differential circuits
- Operational amplfiier: transistor-level implementation, frequency
response and compensation
Design tools
Computer-aided analysis techniques are extensively used for working out design examples and homeworks. We will use free, industry-grade CAD tools like LTspice for circuit simulation and Python/Numpy or Matlab (student version) for system analysis.
Design Project
An extensive design project is integral part of the course. It will be assigned in the second half of the semester and can be completed while collaborating in groups of two or three students.
Textbook:
See Textbook
Grading:
(To be discussed in the first class)
- Homeworks
- Test I
- Test II
- Design Project
- Final Exam