數位系統設計 Design of Digital System
- 大學部一年級必修課程。
- 近五年開課情形：1031、1041、1051、1061、1071。
- 107學年度第一學期課程大綱。
- Textbook
- “Digital design”, M. Mano and M. Ciletti, Pearson Prentice Hall 2018 (6th Edition)
- Topics include
- Digital system and binary numbers
- 1.2-1.4 Representation and conversion of numbers (Class note)
- 1.5 Complements (Class note)
- 1.6 Signed binary numbers (Class note)
- 1.7-1.9 Binary number/coding/storage/logic (Class note)
- Boolean algebra and logic gates
- 2.1-2.3 Postulates of Boolean algebra (Class note)
- 2.4 Basic properties of Boolean algebra (Class note)
- 2.5 Boolean functions (Class note)
- 2.6 Canonical and standard forms (Class note)
- 2.7-2.8 Other logic operations (Class note)
- Gate-level minimization
- 3.1-3.3 Karnauph map method (Class note)
- 3.4 Product-of-Sums Simplification (Class note)
- 3.5 Don't care condition (Class note)
- 3.6 NAND and NOR implementation (Class note)
- 3.7 Other two-level implementations (Class note)
- 3.8 Exclusive-OR function (Class note)
- Combinational logic
- 4.1-4.4 Analysis and design of combinational logic (Class note)
- 4.5 Binary adder/subtractor (Class note)
- 4.6 Decimal adder (Class note)
- 4.7 Binary multiplier (Class note)
- 4.8 Magnitude comparator (Class note)
- 4.9-4.10 Decoder/Encoder (Class note)
- 4.11 Multiplexer (Class note)
- Synchronous sequential logic
- 5.1-5.2 Introduction to sequential logic (Class note)
- 5.3 Latches (Class note)
- 5.4 Flip-flops (Class note)
- 5.5 Analysis of sequential circuits (Class note)
- 5.6 State reduction and assignment (Class note)
- 5.7 Design of sequential circuits (Class note)
- Registers and counters
- 6.1-6.2 Registers (Class note)
- 6.3 Ripple counter (Class note)
- 6.4-6.5 Synchronous counter, ring counter (Class note)
- Memory and programmable logic
- 7.1 Introduction to RAM and ROM (Class note)
- 7.2-7.3 Random-access memory (Class note)
- 7.5 Read-only memory (Class note)
- Digital system and binary numbers
- Grading
- Homework and Quiz 40%
- Midterm 35%
- Final 35%
- Released News