Detailed Course Information

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ECE 2342 - Circuits and Electronics I
This course is the first in a three-course sequence intended to provide students with foundational knowledge and skills in electrical and computer engineering. In this first course, students will analyze and design DC and AC circuits with linear components such as resistors, inductors, and capacitors. Operational amplifiers will also be studied. Analysis techniques include Kirchoff's voltage and current laws, phasors methods, complex impedance, AC power, Thevenin and Norton equivalent models. Students will explore course concepts in integrated laboratory experiments which include design projects. Credit Hours: 5.000 Levels: Graduate, NonDegree Continuing Undergrad, Undergraduate Schedule Types: Lecture and Lab Division: Undergraduate Department: Engineering:Elec Engineering General Requirements: ( Course or Test: MATH 1041 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( Course or Test: MATH 1941 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( Course or Test: MATH 1038 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( MATW Y - May not be taken concurrently. ) OR ( METW Y - May not be taken concurrently. ) AND ( Course or Test: MATH 1042 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( Course or Test: MATH 1942 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( MATW Y - May not be taken concurrently. ) OR ( METW Y - May not be taken concurrently. ) AND ( Course or Test: ENGR 1102 \| Minimum Grade of C- \| May not be taken concurrently. ) OR ( ENGW Y - May not be taken concurrently. ) AND ( Course or Test: PHYS 1062 \| Minimum Grade of C- \| May not be taken concurrently. ) AND ( Course or Test: ENGR 2011 \| Minimum Grade of C- \| May be taken concurrently. ) AND ( Course or Test: ENGR 2013 \| Minimum Grade of C- \| May be taken concurrently. )

ECE 2342 - Circuits and Electronics I

This course is the first in a three-course sequence intended to provide students with foundational knowledge and skills in electrical and computer engineering. In this first course, students will analyze and design DC and AC circuits with linear components such as resistors, inductors, and capacitors. Operational amplifiers will also be studied. Analysis techniques include Kirchoff's voltage and current laws, phasors methods, complex impedance, AC power, Thevenin and Norton equivalent models. Students will explore course concepts in integrated laboratory experiments which include design projects.
Credit Hours: 5.000

Levels: Graduate, NonDegree Continuing Undergrad, Undergraduate
Schedule Types: Lecture and Lab

Division: Undergraduate
Department: Engineering:Elec Engineering

General Requirements:
( Course or Test: MATH 1041 | Minimum Grade of C- | May not be taken concurrently. )
OR
( Course or Test: MATH 1941 | Minimum Grade of C- | May not be taken concurrently. )
OR
( Course or Test: MATH 1038 | Minimum Grade of C- | May not be taken concurrently. )
OR
( MATW Y - May not be taken concurrently. )
OR
( METW Y - May not be taken concurrently. )
AND ( Course or Test: MATH 1042 | Minimum Grade of C- | May not be taken concurrently. )
OR
( Course or Test: MATH 1942 | Minimum Grade of C- | May not be taken concurrently. )
OR
( MATW Y - May not be taken concurrently. )
OR
( METW Y - May not be taken concurrently. )
AND ( Course or Test: ENGR 1102 | Minimum Grade of C- | May not be taken concurrently. )
OR
( ENGW Y - May not be taken concurrently. )
AND ( Course or Test: PHYS 1062 | Minimum Grade of C- | May not be taken concurrently. )
AND ( Course or Test: ENGR 2011 | Minimum Grade of C- | May be taken concurrently. )
AND ( Course or Test: ENGR 2013 | Minimum Grade of C- | May be taken concurrently. )

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Detailed Course Information

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Detailed Course Information		2024 Fall Sep 06, 2025