EL E 352 - Models and Circuits II

2001 Catalog Data:     EL. E. 352, Models and Circuits II. Terminal characteristics of devices, graphical analysis, linear piece-wise analysis, two-port parameters, equivalent models and circuits Credit 3;     Perequisite:   El E 360

Textbook:	Rashid, Microelectronic Circuits, PWS Publishing, 1999
References:	A.S. Sedra and K.C. Smith, Microelectronic Circuits, Oxford University Press, 1998. Roden and Carpenter, Electronic Design, Discovery Press, 1997.
Coordinator:	Dr. Charles E. Smith, Chair and Professor of Electrical Engineering
	Mr. W. Elliott Hutchcraft, Instructor
Goals:	To continue the students' development in the understanding of the basic principles and design of microelectronic circuits. This second course in modeling of solid state microelectronic devices emphasizes design and applications of transistor and integrated circuits in both analog and digital systems. The student should learn the theory and modeling of operation, design, and application of modern analog and digital microelectronic devices.

Prerequisite by Topic:

1. Basic Physics and Models of Solid State Microelectronic Devices (EL E 351)
2. Basic Microelectronic Amplifier Analysis and Design (EL E 351)

1. Frequency response of transistor amplifiers (7 classes)
2. Feedback amplifier and oscillator design (4 classes)
3. Analog electronics (Op amp design and applications) (7 classes)
4. Transient response and switching circuits design (4 classes)
5. Digital electronics (Bipolar, FET, and MOSFET) (6 classes)
6. Integrated circuit logic gate families (DTL, TTL, ECL, NMOS, and CMOS) (8 classes)
7. Applications and design of integrated circuits (3 classes)
8. Tests (3 classes)

Computer Usage: Homework assignments based on the use of PSPICE/Schematic Capture Circuit Analysis Software (MicroSim).

Estimated ABET Category Content:	Engineering Science: 2 credit or 67%
	Engineering Design: 1 credit or 33%

Prepared by: Mr. W. Elliot Hutchcraft and Dr. Charles E. Smith
Date: June 26, 2001

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