CPE 100L - Digital Logic Design I Laboratory

Credits: 1

Description
This laboratory course covers the following experiments: a) Basic logic gates, Boolean algebra and logic simplifications; b) combinational logic circuits and their applications, flip-flops and related devices; c) MSI circuits including multiplexers, decoders; d) binary adders, and asynchronous and synchronous counters.

Student Learning Outcomes

Use lab test equipment in digital circuits.
Build and test combinational circuits using basic logic gates.
Simplify circuits using Boolean algebra and DeMorgan’s theorems.
Design and build combinational circuits by using Karnaugh map methods.
Design, build, and test combinational circuits using all NAND gates.
Build and test 8-bit binary adders.
Build and test sequential circuits using JK flip flops.
Build and test synchronous and asynchronous counters.
Build and test BCD counter with decoders and 7-segment displays.
Design, build, and test mono-stable circuits, and pulse generators.

Prerequisite: CPE 100 (may be taken before or at the same time as CPE 100L)