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E E 313: Basic Electrical Engineering I
3.00 Credits
Ohio University-Main Campus
Prereq: MATH 263B & PHYS 253. DC circuits, singlephase steady state AC circuits, and the frequency and transient responses of energy-storage networks. Not open for credit to electrical engineering majors.
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E E 313 - Basic Electrical Engineering I
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E E 314: Basic Electrical Engineering II
3.00 Credits
Ohio University-Main Campus
Prereq: E E 313. Semiconductor devices, small signal analysis, amplifiers and oscillator circuits, pulse and digital circuits. Not open for credit to electrical engineering majors.
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E E 314 - Basic Electrical Engineering II
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E E 315: Basic Electrical Engineering III
3.00 Credits
Ohio University-Main Campus
Prereq: E E 313. Transformers, direct current machines, polyphase induction and synchronous, rotating machines, including equivalent circuits and steady state performance prediction. Not open for credit to electrical engineering majors.
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E E 315 - Basic Electrical Engineering III
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E E 321: Electromagnetics and Materials I
4.00 Credits
Ohio University-Main Campus
Prereq: E E 212 & MATH 440. Designed to develop in students an understanding of Maxwell's equations through an overview of properties of materials, electrostatics, magnetostatics and electrostatics, and magnetostatics and electrodynamics. May be retaken two times excluding withdrawals, but only last course taken counts.
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E E 321 - Electromagnetics and Materials I
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E E 322: Electromagnetics and Materials II
5.00 Credits
Ohio University-Main Campus
Prereq: E E 321. Continuation of 321. Discussion of time-varying, electromagnetic fields. Application of field theory to solution of problems from various branches of electrical engineering with emphasis upon physical interpretation. Included are relation of field theory to circuit theory, Poynting's theorem, stored energy and power flow, complex fields and power, TEM waves, uniform plane wave, wave reflection and refraction. Theory and applications of transmission lines.
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E E 322 - Electromagnetics and Materials II
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E E 330: Energy Conv I
4.00 Credits
Ohio University-Main Campus
Prereq: ET 240 & C OR BETTER IN E E 212.
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E E 330 - Energy Conv I
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E E 331: Energy Conversn Ii
4.00 Credits
Ohio University-Main Campus
Prereq: E E 330 & C OR BETTER IN 232.
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E E 331 - Energy Conversn Ii
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E E 333: Intermediate Electrical Engineering I
4.00 Credits
Ohio University-Main Campus
Prereq: E E 211. Develop an understanding of the relationship between signals and systems. Includes a continuation of the Laplace and Fourier analysis started in EE 211 and modeling of high-order electrical and mechanical systems. Frequency response, Bode plots, and systems design using poles and zeros will be addressed, as well as state equations representation and analysis. Students will also develop an awareness of discrete time systems, difference equations, Z transforms, sampling, and digital filters. May be retaken two times excluding withdrawals, but only last course taken counts.
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E E 333 - Intermediate Electrical Engineering I
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E E 334: Intermediate Electrical Engineering II
4.00 Credits
Ohio University-Main Campus
Prereq: E E 395B. Develop an understanding of electronic devices including diodes, biopolar transistors, and FETs. Students will also develop an awareness of semiconductor properties and operations, and use this knowledge to design analog circuits. Course includes computer-aided analysis and design. May be retaken two times excluding withdrawals, but only last course taken counts.
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E E 334 - Intermediate Electrical Engineering II
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E E 335: Energy Conversion
5.00 Credits
Ohio University-Main Campus
Prereq: E E 321. Basic principles of electromechanical energy conversion. Circuit models and parameter tests for single-phase and 3-phase transformers. Fundamentals of DC machinery; circuit models and characteristics of DC motors. Fundamentals of AC machinery; theory and operation of synchronous machines and induction motors.
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E E 335 - Energy Conversion
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