CMOS積體電路導論
Introduction to CMOS integrated circuits
| 節 | 週二 | 週三 |
|---|---|---|
N 12:20–13:10 | CMOS積體電路導論 ED101 | |
A 18:30–19:20 | CMOS積體電路導論 ED101 2 節連堂 | |
B 19:30–20:20 |
* 根據陽明交大上課時間表所列
本課程快速講解COMS積體電路設計中最基本的主題。主要目標是提早激發在工程、科學及醫學專業上的學生對於CMOS IC技術層次結構的興趣並促進跨領域間的廣泛合作。 本課程除了基本的設計直覺外,大部分分析都基於計算機輔助設計(CAD)工具來進行,可被視為常規的電路學導論和微電子導論精華組合,不涉及詳細的微分方程或變換。 該課程將涵蓋對半導體物理學、CMOS 製造技術、電路理論、二極體和電晶體以及數位和類比電路中的基本模組講授直觀理解。 這些觀點最終將匯聚於CMOS電路設計和製造技術的層次建模中體現。 (1)了解目前IC製造流程和未來高整合度的潛力。 (2)了解二極體和電晶體的基本元件操作。 (3) 了解計算、儲存和通訊方面的電路元件和設計層次。 This class has an accelerated coverage of the most fundamental topics in CMOS integrated circuits. The major aim is to stimulate early interest and broad collaboration in Engineering, Science and Medicine students on the topic of CMOS IC technology hierarchy. The class can be viewed as a condensed combination for the conventional Introduction to Circuits and Introduction to Microelectronics, without detailed differential equations or transforms. In addition to basic design intuition, most analyses will be based computer-aided-design (CAD) tools. The class will cover the intuitive understanding of semiconductor physics, CMOS fabrication, circuit theories, diodes and transistors, and basic modules in digital and analog circuits. These views will culminate in the hierarchical modeling of CMOS circuit designs and fabrication technology. (1) Understand the current IC fabrication process and the future potentials in high-level integration. (2) Understand the basic device operations of diodes and transistors. (3) Understand the circuit elements and design hierarchy in computing, memory and communication.
先修大學物理學及微積分(一)、(二),不須成績佐證。
大堂課講授、實驗教學與操作
筆試(MCQ, 簡答/問答/申論)、書面報告
| 週次 | 主題 |
|---|---|
| 第 1 週 | 半導體、導體和絕緣體概述 • 電子和電洞作為固體中的導電載體 • 透過雜質分析均質固體中的載子數量 Overview of semiconductors, conductors and insulators • Electrons and holes as electric conduction carriers in solids • Analysis of carrier population in homogeneous solids with doping |
| 第 1 週 | 半導體、導體和絕緣體概述 • 電子和電洞作為固體中的導電載體 • 透過雜質分析均質固體中的載子數量 Overview of semiconductors, conductors and insulators • Electrons and holes as electric conduction carriers in solids • Analysis of carrier population in homogeneous solids with doping |
| 第 2 週 | IC 剖析:大規模整合的製造工藝 • 矽基板以及薄膜成長和蝕刻工藝 • 光刻中的幾何轉移技術 • 影響IC 縮小化和良率的主要因素 Anatomy of IC: Fabrication process for large-scale integration • The silicon substrates and the thin-film deposition and etching processes • The pattern transfer technology in photolithography • Major factors in scaling and yields of IC |
| 第 2 週 | IC 剖析:大規模整合的製造工藝 • 矽基板以及薄膜成長和蝕刻工藝 • 光刻中的幾何轉移技術 • 影響IC 縮小化和良率的主要因素 Anatomy of IC: Fabrication process for large-scale integration • The silicon substrates and the thin-film deposition and etching processes • The pattern transfer technology in photolithography • Major factors in scaling and yields of IC |
| 第 3 週 | RLC的KCL和KVL基本電路理論 • 作為被動元件的電阻器、電感器和電容器 • 電路中的電壓與電流定律 Basic circuit theories of KCL and KVL for RLC • Resistors, inductors and capacitors as passive elements • Voltage and current laws in circuits |
| 第 3 週 | RLC的KCL和KVL基本電路理論 • 作為被動元件的電阻器、電感器和電容器 • 電路中的電壓與電流定律 Basic circuit theories of KCL and KVL for RLC • Resistors, inductors and capacitors as passive elements • Voltage and current laws in circuits |
| 第 4 週 | RLC的KCL和KVL基本電路理論 • 直流、瞬態和連續波 Basic circuit theories of KCL and KVL for RLC • DC, transient and continuous-wave representations |
| 第 4 週 | RLC的KCL和KVL基本電路理論 • 直流、瞬態和連續波 Basic circuit theories of KCL and KVL for RLC • DC, transient and continuous-wave representations |
| 第 5 週 | RLC的KCL和KVL基本電路理論 • 電路網路與SPICE 模擬 Basic circuit theories of KCL and KVL for RLC • Circuit network and SPICE simulation |
| 第 5 週 | RLC的KCL和KVL基本電路理論 • 電路網路與SPICE 模擬 Basic circuit theories of KCL and KVL for RLC • Circuit network and SPICE simulation |
| 第 6 週 | 二極體特性 • p-n 接面二極體的結構和載子數量 • 二極體電流-電壓關係 Diode characteristics • Construction and carrier population in p-n junction diodes • Diode current-voltage relations |
| 第 6 週 | 二極體特性 • p-n 接面二極體的結構和載子數量 • 二極體電流-電壓關係 Diode characteristics • Construction and carrier population in p-n junction diodes • Diode current-voltage relations |
| 第 7 週 | 二極體特性 • 二極體作為整流器和太陽能電池的應用 Diode characteristics • Diode applications in solar cells and rectifiers |
| 第 7 週 | 二極體特性 • 二極體作為整流器和太陽能電池的應用 Diode characteristics • Diode applications in solar cells and rectifiers |
| 第 8 週 | 電晶體特性 • 電晶體操作與跨導概念 • 電晶體的非線性與放大 Transistor characteristics • Transistor operations from diodes and the transconductance concept • Nonlinearity and amplification from transistors |
| 第 8 週 | 電晶體特性 • 電晶體操作與跨導概念 • 電晶體的非線性與放大 Transistor characteristics • Transistor operations from diodes and the transconductance concept • Nonlinearity and amplification from transistors |
| 第 9 週 | 電晶體特性 • nMOS、pMOS 與反相器 Transistor characteristics • nMOS, pMOS and inverters |
| 第 9 週 | 電晶體特性 • nMOS、pMOS 與反相器 Transistor characteristics • nMOS, pMOS and inverters |
| 第 10 週 | 逆變器中的數位信號:切換和記憶機制 Digital signals in inverters: Switching and memory mechanisms |
| 第 10 週 | 逆變器中的數位信號:切換和記憶機制 Digital signals in inverters: Switching and memory mechanisms |
| 第 11 週 | 數位邏輯電路中的模組 • 源自反相器電路的邏輯閘 Modules in digital logic circuits • Logic gates derived from inverter circuits |
| 第 11 週 | 數位邏輯電路中的模組 • 源自反相器電路的邏輯閘 Modules in digital logic circuits • Logic gates derived from inverter circuits |
| 第 12 週 | 數位邏輯電路中的模組 • SRAM、DRAM 和快閃記憶體 Modules in digital logic circuits • Memories of SRAM, DRAM and Flash |
| 第 12 週 | 數位邏輯電路中的模組 • SRAM、DRAM 和快閃記憶體 Modules in digital logic circuits • Memories of SRAM, DRAM and Flash |
| 第 13 週 | 類比和射頻電路模組 • 被動負載和電流鏡 Modules in analog and radio-frequency circuits • Passive load and current mirrors |
| 第 13 週 | 類比和射頻電路模組 • 被動負載和電流鏡 Modules in analog and radio-frequency circuits • Passive load and current mirrors |
| 第 14 週 | 類比和射頻電路模組 • 單電晶體類比放大器 Modules in analog and radio-frequency circuits • Analog amplifiers from single transistors |
| 第 14 週 | 類比和射頻電路模組 • 單電晶體類比放大器 Modules in analog and radio-frequency circuits • Analog amplifiers from single transistors |
| 第 15 週 | 類比和射頻電路模組 • 差分對與基本運算放大器 Modules in analog and radio-frequency circuits • Diff pairs and simple operational amplifiers |
| 第 15 週 | 類比和射頻電路模組 • 差分對與基本運算放大器 Modules in analog and radio-frequency circuits • Diff pairs and simple operational amplifiers |
| 第 16 週 | IC的分層設計與CAD工具 • IC 設計層次:佈局、電路、邏輯閘和系統 • 用於電路分析和模組綜合的 CAD 工具 Hierarchical designs and CAD tools for IC • Design hierarchy in IC: Layout, circuits, gates and systems • CAD tools for circuit analysis and module synthesis |
| 第 16 週 | IC的分層設計與CAD工具 • IC 設計層次:佈局、電路、邏輯閘和系統 • 用於電路分析和模組綜合的 CAD 工具 Hierarchical designs and CAD tools for IC • Design hierarchy in IC: Layout, circuits, gates and systems • CAD tools for circuit analysis and module synthesis |
• J. A. Svoboda and R. C. Dorf, Introduction to Electric Circuits, 9th Ed., Wiley, 2013. • A. S. Sedra, K. C. Smith,T. C. Carusone and V. Gaudet, Microelectronic Circuits, 8th Ed., Oxford, 2020.
- 地點
- 博愛校區書田館222室
- 時間
- Please contact the professor to arrange the appointment.
- 聯絡方式
- EdwinKan5@nycu.edu.tw