Digital System Design

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Program Details

The Digital System Design course is offered by the Department of Electrical Engineering, taught by Professor莊子肇.

The course covers the following topics:

The objective of this course is to provide students with the essential knowledge of logic design.

The reference book for this course is "Digital Design" by M. Mano and M. Ciletti, published by Pearson Prentice Hall in 2013.

The course consists of 36 lectures, divided into the following chapters:

Class 1-10:
- Ch1.Part1: Representation and conversion of numbers
- Ch1.Part2: Complements
- Ch1.Part3: Signed binary numbers
- Ch1.Part4: Binary numbers/coding/storage/logic
- Ch2.Part1: Postulates of Boolean Algebra
- Ch2.Part2: Basic theorems and properties of Boolean algebra
Class 11-20:
- Ch2.Part3: Boolean functions
- Ch2.Part4: Canonical and standard forms
- Ch2.Part5: Other logic operations and logic gates
- Ch3.Part1: Karnaugh Map Method
Class 21-30:
- Ch3.Part2: Product-of-Sums Simplification
- Ch3.Part3: Do not care condition
- Ch3.Part4: NAND and NOR implementation
- Ch3.Part5: Other two-level implementations
- Ch3.Part6: Exclusive-OR function
- Ch4.Part1: Analysis and design of combinational logic
- Ch4.Part2: Binary adder/subtractor
- Ch4.Part3: Decimal adder
- Ch4.Part4: Binary multiplier
- Ch4.Part5: Magnitude comparator
Class 31-36:
- Ch4.Part6: Decoder/Encoder
- Ch4.Part7: Multiplexer
- Ch5.Part1: Introduction to synchronous sequential logic
- Ch5.Part2: Latches
- Ch5.Part3: Flip-flops
- Ch5.Part4: Analysis of sequential circuits
- Ch5.Part5: State reduction and assignment
- Ch5.Part6: Design of sequential circuits
- Ch6.Part1: Registers
- Ch6.Part2: Ripple counter
- Ch6.Part3: Synchronous counters and more
- Ch7.Part1: Introduction to RAM and ROM
- Ch7.Part2: Random-access memory
- Ch7.Part3: Read-only memory
- Ch7.Part4: Programmable logic array
- Ch7.Part5: Programmable array logic