Arizona State University
Fall 2021: EEE335 Analog and Digital Circuits
Course Description: Analog, digital microelectronic circuits and systems. Gate sizing, timing analysis, sequential digital circuits, memory. Single stage and differential amplifiers, frequency response.
Prerequisites and Requirements: Engineering BS/BSE students. Must have completed EEE 334 or equivalent with a grade of D or better.
IMPORTANT REQUIREMENT FOR ONLINE ONLY STUDENTS:
The course laboratory requires you to confirm that you can effectively remote access the ASU system and lab software through either the MobaXterm OR the Virtual Network Client (VNC) terminal emulators. In order to confirm your system works correctly, YOU ARE REQUIRED to complete the remote access stress test. You must complete and confirm successful completion of the stress test prior to 5 pm on the last day to drop.
This course is an area pathway course for the electronic and mixed signal circuit design emphasis in Electrical Engineering. It is a continuation of EEE 334, Circuits II. In EEE 334, you were introduced to the fundamentals of transistors and electronic circuits. This course will be your first real electronic circuit design course, focusing on how to construct both digital and analog circuits. Actual designs will be realized in the companion laboratory in which you will be required to build and simulate specific circuits, from CMOS logic gates to differential amplifiers using the CADENCE EDA tool. Probably the most essential feature of this course is its treatment of the time and frequency domain responses of electronic circuits. In light of this feature, students are strongly encouraged to review not only what they learned in EEE334, but also network analysis principles covered in EEE 202, Circuits I.
Time and place: All lecture, laboratory, and recitation materials will be made available online.
Textbook: Microelectronic Circuits, 7th Ed. Oxford University Press, 2015, by Adel S. Sedra and Kenneth C. Smith
University at Buffalo
- Fall 2017-2020: EE459/559 Digital and Mixed Signal IC Design
- Spring 2018-2021: EE491/591 Analog Integrated Circuits