Digital and Logic Design EQUP 3215

Course description:

• This course covers the basics of digital logic circuits and design through the basic understanding of number systems and Boolean algebra and it introduces the student to the fundamentals of
• combinational logic design and then to sequential circuits.
• Memory systems are also covered. Finally, the student is introduced to register transfer logic design and the structured implementation of controllers and micro-programmed computers.

Course Aims:

• Familiarize students with fundamental principles of digital
• design.
• Begin to think in terms of machine level.
• Explain the purpose of logic gates.
• Understand digital logic and its function.
• Understand clocking methodologies.
• Appreciate digital logic specification methods.
• Design for minimum cost at the system level.
• Use logic to simplify designs and reduce cost.
• Provides coverage of classical hardware design for both combinational and sequential logic circuits.

Course outcomes:

• Identify numbers systems, signed arithmetic.
• Use Boolean algebra.
• Use standard forms and simplify of Boolean functions.
• Construct K-Maps and develop 2 level implementations.
• Design combinational circuits.
• Operate middle scale integration circuits (Decoders, MUX,etc).
• Use basic flip-flops.
• Analyze sequential circuits.
• Operate registers and counters.