COURSE DESCRIPTION

Theory and analysis of electrical networks including basic fields and circuits concepts, Kirchhoff's laws, mesh and nodal analysis, and an introduction to the sinusoidal steady state. 

PRE-REQUISITE   :  MATH 3213, MATH 3226, and PHYS 4211 or concurrently. EE 2351 must be taken concurrently with EE 2151 . MATH 3213, MATH 3226, and PHYS 4211 may be taken concurrently with EE 2351

POST-REQUISITE : EE 3109, EE 3352, EE 3321, EE 3376

COURSE OUTCOMES : Students completing EE 2351 will be able to

1. apply various mathematical principles (from calculus and linear algebra) to the solution of electric circuit analysis and design problems (C).
2. learn how to mathematically model electric circuits using ideal elements (C).
3. learn how to analytically determine an electric circuit’s response from its model (C).
4. learn how to design appropriate electric circuits to achieve given response specifications (C).
5. become familiar with the terminology used in conjunction with electric circuits. (C).
6. learn how to use PSpice software for the analysis and design of electric circuits (I).

PREVIOUS COURSE NUMBER:   EE3251

RESPONSIBLE COMMITTEE: Circuits & Systems

PREVIOUSLY OFFERED :

FALL	SPRING	SUMMER
all	all	all

TO BE OFFERED (Tentative)

FALL	SPRING	SUMMER
2001	2002	2002
2002	2003	2003

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