EE1333 DIGITAL LOGIC CIRCUIT Lab

Hands-on experience to design, construct and analyze different logic circuits. Student will construct logic circuits using integrated circuit (IC), logic breadboard, LEDs, power supply and other basic components. Both combinational and sequential logic circuits will be given in experiments. Design and analysis of various digital circuits involving logic gates, adders, multiplexers, decoders, flip- flops, counters and registers is included. Simulation using hardware descriptive language (HDL) such as Verilog is covered.

COURSE LEARNING OUTCOMES

Code	Course Learning Outcomes	ABET SO-KPIs
	Knowledge and understanding
K1	List and recall Basic Gates and their Truth Tables, Flip Flops and their Truth Table, Block diagrams of some standard circuits Boolean algebra.	1.1
K2	Design and demonstrate different sequential Circuits experimentally	7.2
	Skills
S1	Design and demonstrate different Combinational Circuits experimentally	2.2
S2	Adapt lab procedure	6.1
S2	Analyze and demonstrate different Combinational and sequential Circuits experimentally	6.2
	Values, autonomy, and responsibility
V1	Document data in report.	3.2

LIST OF EXPERIMENTS

No	List of Topics
1	Digital logic circuit trainer introduction
2	Boolean algebra and functions
3	Combinational circuits
4	Code converters: Binary to Gray, BCD to Excess-3
5	Code converters: Binary to BCD, BCD to 7-segment display
6	Multiplexers: design and applications
7	Decoders: functional verification and their use
8	Half adder and full adder
9	Half and full subtractor
10	Latches – level sensitive storage elements
11	Flip-flops – Edge triggered devices
12	Up counter design and timing analysis
13	Down counter and Mod-N
14	Shift registers – serial-in serial-out and serial-in parallel-out
15	Shift registers – parallel-in serial-out and parallel-in parallel-out
16	Mid and Final Exam

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