COURSE SYLLABUS ENEE 303 Instructor: Dr. Peckerar AVW ... - ECE

COURSE SYLLABUS ENEE 303
Instructor: Dr. Peckerar AVW 1321 301-405-7187 peckerar@eng.umd.edu
Office Hours: Tuesday and Thursday 1 – 2pm and by appointment
TA:Mr. Sabau ssabau@isr.umd.edu GRADER:Mr. Fahmi mmfahmi@umd.edu
TEXT: “Microelectronic Circuits,” Sedra and Smith, ed.5, Oxford Press 2004
Suplements: “SPICE: A Guide to Circuit Simulation & Analysis Using pSPICE,”
Tuinenga, P.W., 3rd ed. (1995).
1. Introduction to integrated electronic systems S&S Chapter 1
a. I/O analysis
b. Analog Systems
i. Amplifiers
c. Digital systems
i. Logic gates
2. The OpAmp concept S&S Chapter 2
a. Analog Systems Development with op amps
3. Discrete components – the passives S&S Chapter 3
a. Resistors
b. Diodes
c. Capacitors
d. Inductors
4. Actives I – MOSFETs S&S Chapter 4 (MI)
a. How MOSFETs work
b. Big signal/small signal models
c. Quasi-static behavior
d. Frequency response
e. Introduction to MOS amps
f. DC biasing
g. MOS Logic
5. Actives II – Bipolars S&S Chapter 5
a. How MOSFETs work
b. Big signal/small signal models
c. Quasi-static behavior
d. Frequency response
e. Bipolar amps
f. DC Biasing
g. BJT logic – current steering logic
6. The 4 Major amplifier topologies S&S Chapter 6 (MII)
a. Common emitter/common base
b. Followers
c. Cascode
d. Diff. pairs (S&S ch7.1, 7.2)
7. More on Digital Gates S&S Chapter 10
a. RTL –> CMOS
b. Switching times
MI = MID TERM I MII = MID TERM II