1. Course Description:
<br>This course will cover the analysis and design of analog/mixed-signal integrated circuits. 
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<br>2. Text books:
<br>B. Razavi, Design of Analog CMOS Integrated Circuits, McGraw Hill, 2001
<br>B. Razavi, Principles of Data Conversion System Design, Wiley, 1994
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<br>3. References:
<br>B. Razavi, Fundamentals of Microelectronics, Wiley, 2008
<br>P. R. Gray, P. J. Hurst, S. H. Lewis, and R. G. Meyer, Analysis and Design of Analog Integrated Circuits, 
<br>Wiley, 2001
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<br>4. Teaching Method:
<br>Lecture: 3 hours
<br>Outside study: 4 hours
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<br>5. Syllabus:
<br>(as attached)
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<br>6. Evaluation:
<br>Homework: 50% (no late homework)
<br>Midterm: 25%
<br>Final: 25%
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<br>7. Prerequisite:
<br>Electronics, Analog Integrated Circuits Analysis and Design (recommended)
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<br>8. Course Website:
<br>http://larc.ee.nthu.edu.tw/~pc_course/phsieh/EE4280/ 
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<br>Syllabus
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<br>9/14		9/16:	MOS devices and models	CMOS amplifiers
<br>9/21		9/23:	CMOS amplifiers		Differential amplifiers
<br>		9/30:						Differential amplifiers	HW #1
<br>10/5		10/7:	Frequency response
<br>10/12	10/14:	Feedback and stability						HW #2
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<br>10/19	10/21:	Oscillators (positive feedback and instability)
<br>10/26	10/28:	Oscillators (ring oscillator)					HW #3
<br>11/2		11/4:	Oscillators (LC oscillator)
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<br>11/9		11/11:	Midterm
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<br>		11/18:	Phase-locked loops (operations)
<br>11/23	11/25:	Phase-locked loops (transfer function)			HW #4
<br>11/30	12/2:	Phase-locked loops (CP-PLL)
<br>12/7		12/9:	Phase-locked loops (non-idealities)				HW #5
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<br>12/14	12/16:	Data converters (general operations, INL/DNL)
<br>12/21	12/23:	S/H circuits
<br>12/28	12/30:	ADC (I)									HW #6
<br>1/4		1/6:		ADC (II)
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<br>1/11:			Final
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