COURSE DESCRIPTION

Design and synthesis of digital systems using both combinational and sequential circuits. 

PRE-REQUISITE    : EE 1305 with grade of "C" or better. Course fee required.

POST-REQUISITE : EE 3109, EE 3376

COURSE OUTCOMES: Students completing EE will be able to:

1. Apply Boolean algebra and K-Map to simplification of Boolean expressions, and analysis and synthesis of digital circuits (C).
2. Apply knowledge of combinational and sequential logic to digital circuit design (C).
3. Design combinational circuits, such as binary adders, code converters, etc., by using logic gates (C).
4. Design sequential circuits, such as counters, registers, etc., by using flip-flops and logic gates (C).
5. Design and test digital circuits using MSIs and EPROMs (I).

PREVIOUS COURSE NUMBER:   EE3269

RESPONSIBLE COMMITTEE: Computer Engineering

PREVIOUSLY OFFERED

FALL	SPRING	SUMMER
all	all	all

TO BE OFFERED (Tentative)

FALL	SPRING	SUMMER
2001	2002	2002
2002	2003	2003

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