Digital CircuitsEET 120
Prerequisite: MTH 107 or H.S. equivalent. Studies fundamental concepts of digital electronics, including the +5 volt TTL family of integrated circuits, digital number systems, Boolean algebra, Karnaugh maps, combinational logic circuits, counters, latches, flip-flops and shift registers. Introduces basic memory concepts and circuits. (30-30)
Outcomes and Objectives
Demonstrate an understanding of digital number systems.
- Describe the binary, decimal, octal and hexadecimal number systems
- Convert values from one number system to another
- Perform mathematical operations in various number systems
Demonstrate an understanding of basic logic gates.
- List the basic logic gates
- Draw the symbol for the basic logic gates
- Write the truth table for the basic logic gates
- Write the Boolean expression for the basic logic gates
- Test the operation of basic logic gates
Demonstrate an understanding of Boolean algebra.
- List the 12 rules of Boolean algebra
- Convert between truth table, Boolean expression and logic circuit diagram
- Simplify Boolean expressions using algebraic techniques
- Simplify Boolean expressions using Karnaugh mapping techniques
Demonstrate an understanding of combinational logic circuits.
- Describe the operation of basic combinational logic circuits
- Design combinational logic circuits
- Fabricate and test combinational logic circuits
- Troubleshoot combinational logic circuits
Demonstrate an understanding of sequential logic circuits.
- Describe the operation of basic sequential logic circuits
- Design sequential logic circuits
- Fabricate and test sequential logic circuits
- Troubleshoot sequential logic circuits
Demonstrate an understanding of registers.
- Describe the operation of registers circuits
- Draw register circuits
- Construct and test register circuits
- Troubleshoot register circuits