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Fundamental of logic design ( 邏輯設計 )

Fundamental of logic design ( 邏輯設計 ). Ching Yuan Su( 蘇清源 ) Dept. of Electronic Engineering Chang Gung University 2013.2. 課程 評量 資訊. 學分數 : 3 教室 : E0301 科目代號 : EN2080 助教 資料 : 何冠毅 (D0027101@stmail.cgu.edu.tw) 上課時間 : 15:10-18:00 上課 方式 : 投影片、黑板講解、課後習題作業演練、延伸閱讀教材 使用 教科書 :

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Fundamental of logic design ( 邏輯設計 )

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  1. Fundamental of logic design(邏輯設計) Ching Yuan Su(蘇清源) Dept. of Electronic Engineering Chang Gung University 2013.2

  2. 課程評量資訊 學分數:3 教室:E0301 科目代號: EN2080 助教資料: 何冠毅 (D0027101@stmail.cgu.edu.tw) 上課時間:15:10-18:00 上課方式: 投影片、黑板講解、課後習題作業演練、延伸閱讀教材 使用教科書: Charles H. Roth, Jr., "Fundamentals of Logic Design, international student edition," sixth edition, international edition.,2010 Cengage learning. 作業(30%)期中考( 30% )期末考( 40% ) 師生互動時間: 周二上午10點-12點 助教協助時間:mail (或電話5607)約時間

  3. 延伸閱讀教材 輔助教科書:Digital logic design, M. M. Mano and Charles R. Kime, 4th edition, Prentice Hall 教材網頁: 網路延伸教材: (a) 電子工程專輯 (b) 奈米科學網 (c) Newsletter Physorg.com (d) NanowerkNanotechnplogy (e) NPG Nature Asia-Pacific (f) Chemistry View etc…

  4. 課程大綱 • INTRODUCTIONNUMBER SYSTEMS AND CONVERSION • (數字系統) • 2. BOOLEAN ALGEBRA(布林代數) • 3. APPLICATIONS OF BOOLEAN ALGEBRA MINTERM AND MAXTERM EXPANSIONS (最大項與最小項) • KARNAUGH MAPS(卡諾圖使用) • QUINE-McCLUSKEY METHOD • MULTI-LEVEL GATE CIRCUITS NAND AND NOR GATES(多階及NAND,NOR電路) • COMBINATIONAL CIRCUIT DESIGN AND SIMULATION USING GATES(組合邏輯電路設計) • MULTIPLEXERS, DECODERS, AND PROGRAMMABLE LOGIC DEVICES(多工器、解碼器與可程式控制邏輯電路)

  5. 學程地圖

  6. Why you need to learn this course? ?

  7. Logic design unit (the building block) A MOS Inverter • Learning logic design • Learning how to carry out your designed circuit • The physical view of logic circuit

  8. Integrated Circuit An Intel CPU layout

  9. What’s the building blocks of a IC’s MOSFETs(Metal-Oxide-Semiconductor Field Effect Transistors)

  10. DRAM(dynamic random accesses memory)

  11. SRAM Chip

  12. Flash memory

  13. Nano electronics

  14. 1 nanometer devices!

  15. Molecules FET

  16. Nanowire-based logic circuit Si Nanowire logic curcuit

  17. Signal: Analog or Digital? Analog : The signal is vary continuously Digital: The signal is discrete 3. Signal accuracy: (a) Analog depending on the component accuracy when it was made (b) Digital: the accuracy can be enhanced by adding more “digits” 4. Positive logic/ Negative logic: (a) True/False: 1/0 , High/Low voltage 5. The performance of a digital circuit: (a) duty cycle

  18. D/A and A/D convertor Sampling Quantization(3 bits)

  19. Digital Logic circuit 1. Digital system: (a) System design (b) logic design (c) circuit design 2. Digital circuit can be divided into: (a) Combination Circuit (b) Sequential Circuit( depends on both the present and past input value ) , therefore it requiring memory to “remember ” the past value

  20. 實現邏輯電路的方法 PLA, CPLD, FPGA, VHDL

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