EE0257-Analysis and Design of Electronic Circuits
Electrical Computer Engineering Department
Spring 2007
Instructor: Prof. Kevin P. Chen
Coordinates:
Teaching Assistant: Mr.
Yushi Hu
Course Textbook: · Microelectronic Circuits by Sedra and Smith, Oxford, 5th edition, ISBN 0-19-514251-9 ·
All
announcements, handouts, assignments, and solutions are available online. Course Contents: · Chapter 2 Operational Amplifiers (Op-Amp): Ideal Op-Amp, invert and non-invert configuration, difference amplifiers, frequency response and bandwidth, DC imperfections, integrators and differentiators
· Chapter 3 Diode: Ideal diode, terminal charateristics of diodes, model and analysis of diode, Zener diodes, fectifier circuits, limiting and clamping circuits, semiconductor fundamental of a diode (pn-junction)
· Chapter 4 MOSFETs: device structures, IV characteristics, DC and small signal AC analysis of MOSFET circuits, single-stage MOS amplifiers, frequency response and bandwidth.
· Chapter 5 BJT and circuits: structures of npn and pnp transistors, I-V characteristics, DC and small signal analysis of BJT, BJT amplifiers and switches, frequency response and bandwidth
· Brief introduction of Feedback and stability Marking Scheme . Final marks will be available 7 days after the final. Homework: 20% (All exam questions are based on your homework) Quiz #1: 20% (Operational amplifiers, diodes, and related circuits) Quiz #2: 20% (MOS field-effect transistors and circuits (MOSFETs)) Final exam: 50% (All subjects with emphasis on bipolar junction transistors and MOSFETs circuits) Total: 110% (the final grade is the sum of quizzes, assignments, and the final, no curve.) Letter grades: A+: 95%-110% A: 85%-94% A-: 80%-84% B(±): 70%-79% C: 65%-69% D: 60%-64% F: 0%-59.9% Policy:
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