This course covers how digital signals are processed to create advanced circuits in embedded systems. It includes clocking in digital systems, logic circuits, combined logic gates, and multiplexers. By the end of this lesson, you will be able to create advanced logical circuits that match truth tables using logic gates.
Overview
Syllabus
- Clocking
- This lesson delves into the purpose of clocking in digital systems, exploring various clock source options along with their respective advantages and disadvantages.
- Combined Logic Gates
- This lesson expands on basic logic gate skills to cover advanced topics like combined logic gates, DeMorgan's law, and standard logic forms such as DNF & CNF.
- Multiplexers
- This lesson presents multiplexers (mux), a vital digital electronics concept, and elaborates on the chaining technique to build custom solutions.
- Building a MUX from Gates
- Expanding on prior mux knowledge, this lesson shows how to create a mux from a truth table, implement it using logic gates, and demonstrates these concepts in simulation environments.
Taught by
Ozgur Cagdas