數位系統設計(107)

電機系｜莊子肇

課程大綱 Course syllabus
1. Digital system and binary numbers
2. Boolean algebra and logic gates
3. Gate-level minimization
4. Combinational logic
5. Synchronous sequential logic
6. Registers and counters
7. Memory and programmable logic
8. Design at the register transfer level

課程目標 Objectives
Provide students the essential knowledge of logic design

參考書/教科書/閱讀文獻 Reference book/ textbook/ documents
M. Mano and M. Ciletti Digital design Pearson Prentice Hall 2013

本課程共36講：

Ch1.Part1 Represntation and conversion of numbers

Ch1.Part1 Represntation 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 Ch2.Part3 Boolean functions Ch2.Part4 Canonical and standard forms Ch2.Part5 Other logic operations and logic gates Ch3.Part1 Karnaugh Map Method

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

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