Introduction to Digital Logic

Catalog description

Three lecture. Three lab. Design of digital sub-stems using individual components, MSI and LSI circuits, design of state machines. Students will be able to: convert between basic numbering systems such as decimal, hexadecimal and binary; perform arithmetic operations using signed and unsigned numbers in binary and hexadecimal; simplify algebraic expressions using boolean algebra; generate and use truth tables and canonical forms of boolean expressions; convert expressions from boolean form to electronic logic gates; use karnaugh maps to simplify boolean expressions; interpret schematics, build and debug circuits containing msi devices such as decoders, encoders, multiplexers, demultiplexers, and adders; use flip flops and latches to generate timing diagrams given the inputs to dese devices; design electronic counters and state machines. Pre/Corequisite(s): MAT 187 or higher.