Logic Circuits, Noise Margins, Transition Times and Delays, Ideal Logic Gates, Transmission Gates, Dynamic Logic, Static And Dynamic Power, Speed Optimization and Logical Effort, Timing Requierments, Regeneration. Synchronization, Lach / Flop Registers, Sequential Circuits, Meta-stability, Memory Circuits. Analog Signal Processing, Gain Stages, Large Vs. Small Signal, Linearization, Equivalent Circuits, Frequency Response, Differential Amplifier, Feedback and Stability, Noise Analysis, Analog to Digital Conversion.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies

Pre-required courses

(44105 - Theory of Electronic Circuits and 44125 - Basics of Semiconductor Devices M and 44130 - Signals and Systems and 44252 - Digital Systems and Computer Structure) or (44105 - Theory of Electronic Circuits and 44127 - Basics of Semiconductor Devices and 44130 - Signals and Systems and 44252 - Digital Systems and Computer Structure) or (44105 - Theory of Electronic Circuits and 44125 - Basics of Semiconductor Devices M and 44131 - Signals and Systems and 44252 - Digital Systems and Computer Structure) or (44105 - Theory of Electronic Circuits and 44127 - Basics of Semiconductor Devices and 44131 - Signals and Systems and 44252 - Digital Systems and Computer Structure)


Course with no extra credit

44142 - Linear Electronic Circuits 44147 - Electronic Switching Circuits


Semestrial Information