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課程概述 |
This course is designed for EE students interested in becoming a high-tech
professional.
Table of Contents
1. Introduction–(a)digital circuit characteristics,(b)digital circuit family,
(c)digital IC design flowchart,(d)trends on digital IC.
2. CMOS processing technology–fundamentals of CMOS technology, 40nm CMOS
technology and beyond, SOI technology, FinFET.
3. CMOS Device models–(a)threshold voltage, (b)body effect, (c)small-geometry
effects, (d) mobility, (e) drain current, (e)electron temeperature, (f)
velocity Overshoot, (g)capacitance, (h)transit time, (i) hot carrier, (j)BSIM
SPICE modesl
3. SOI CMOS- SIMOX, PD vs FD, DG vs FD, small-geometry effects
4. CMOS Static Logic Circuits–(a)basic,(b)inverters, (c)CMOS differential
static logic, (d)CMOS pass transistor logic, (e)BiCMOS logic, (f) SOI, (g)low-
voltage, (h) Low-power.
5. CMOS Dynamic Logic Circuits–(a)basic, (b)charge-sharing problems, (c)
noise, (d)race problems, (e)NORA, (f)Zipper, (g) domino, (h)dynamic
differential, (i)
true single phase clocking, (j)BiCMOS, (k)low-voltage.
6. CMOS Memory
(a) SRAM, (b)DRAM, (c) BiCMOS, (d)SOI, (e) Non-volatile, (f) ferroelectric.
7. CMOS VLSI Systems
(a) adder, (b) multiplier, (c) register file, (d) cache memory, (e)programmable
logic array, (f) other systems.
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課程目標 |
Based on Prof. Kuo's 38-year experiences in the field of microelectronics,
this course has been taught at NTUEE for 28 years. About thousand students
have been successfully trained to work for
worldwide renowned high-tech companies as microelectronics engineers, with
an expertise in circuit design/device engineering. This course provides entry-
level fundamental knowledge of CMOS digital IC engineering, which is focused
around three basic elements- technology, device and circuit.
本課程是郭教授從事微電子研究38年的結晶.在台大電機已開過28年,
已培養出近千位微電子
工程師, 任職於國內外著名半導體公司, 從事digital IC 有關電路設計及元件工程的尖端
研發工作. 本課程係科學園區微電子工業入門基礎課程, 從數位IC的三元素--製程, 元
件, 電路出發, 深入淺出的介紹 digital IC的核心知識.
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