EE300- | Electrical Circuits |
Prequisite | Physics 132, Math 254, CPHR of 2.0+, ENG major |
Professor | Newman |
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Course Description | Introduction to circuit analysis; circuit analysis concepts and their extension to mechanical and thermal systems by analogy; electrical instruments and measurements.
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EE311- | Electromagnetics I |
Prequisite | 204 or 205, Math 415 |
Professor | Teixeira, Reano, Pathak |
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Course Link | http://www.ece.osu.edu/~johnson/311/ee311.html |
Course Description | Waves and pulses on transmission lines including reflections, line impedance, and impedance matching. Static fields including dielectric and ferrite materials, and resistance, inductance and capacitance.
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EE312- | Electromagnetics II |
Prequisite | 311 |
Professor | Johnson, Teixeira, R. Lee |
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Course Description | Introduction to time varying fields including Maxwell's Equations and plane wave propagation, reflection and transmission; applications to antennas, guided waves, and radar and communication systems.
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EE331- | Introduction to Materials for Elec. Engineering |
Prequisite | Chem 121, Mth 415, Phys 133, CPHR 2.0+, ENG major |
Professor | Anderson |
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Course Description | Introduction to the interrelation of the structure, properties, and processing of materials, with emphasis on electronic properties.
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EE614- | Introduction to Electromagnetic Compatibility |
Prequisite | 323 |
Professor | Newman |
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Course Description | Basic knowledge of electromagnetic compatibility (EMC) fundamentals including government EMC regulations, grounding, shielding, and crosstalk.
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EE682- | Organized Group Project for ECE Design II |
Prequisite | 582 and Sr. standing |
Professor | R. Lee |
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Course Description | This design course integrates ECE specializations into a real design project with implementation. The department chooses topics and the teams meet during regular classes.
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EE694H- | Integrated Optics |
Prequisite | ECE 312; or grad standing |
Professor | Reano |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee694H.htm |
Course Description | Fundamentals of planar lightwave circuits and guided wave devices; propagation in anisotropic media; electrooptic and nonlinear optical effects; emerging concepts in RF photonics and nanobiotechnology
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EE694Y- | Intro to Numerical Methods for Electromagnetics |
Prequisite | 301 and Math 568 or 571; or grad standing |
Professor | Volakis |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee694Y.htm |
Course Description | Provides an introduction to a set of numerical methods (intregal equation, finite difference, and finite element methods) used to solve electromagnetic-related problems.
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EE710- | Microwave Circuits |
Prequisite | EE312 or equiv or grad standing |
Professor | Reano |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee710.htm |
Course Description | Theory of microwave passive devices, transformers, couplers, filters, resonators, and circulators; computer-aided design of microwave circuits; microstrip realization and testing with a network analyzer.
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EE711- | Radiation from Antennas |
Prequisite | EE312 or equiv or grad standing |
Professor | Rojas |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee711.htm |
Course Description | Dipole, loop, aperture, reflector, lens, surface wave, and other antennas; array theory; radiation resistance, directivity, and input impedance.
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EE713- | Elements of Radio Wave Propagation |
Prequisite | EE312 or equiv or grad standing |
Professor | Johnson |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee713.htm |
Course Description | Practical methods for predicting tropospheric, groundwave, and ionospheric propagation, including refraction, reflection, and extinction effects.
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EE714- | Radar Systems |
Prequisite | EE613 or graduate standing |
Professor | Newman |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee714.htm |
Course Description | Study of radar systems and their applications; emphasis on measurement of target parameters by means of radar with applications to ranging tracking mapping, and navigation.
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EE716- | Optics with Laser Light |
Prequisite | EE352 and EE312 or grad standing in engineering |
Professor | Anderson |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee716.htm |
Course Description | Wave equation, ray optics, optical matrices, near and far-field diffraction theory, diffraction integra with lenses, Fourier optics, optical computing, holography, polarization, birefringence, applications.
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EE719- | Electromagnetic Field Theory I |
Prequisite | EE312 |
Professor | J.F. Lee |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee719.htm |
Course Description | Maxwell's equations; constitutive relations; boundary conditions; wave equation;plane wave solutions in planar multilayered media; Doppler shift; vector potentials and fields of simple sources.
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EE731- | Fiber Optics |
Prequisite | 312 and 323; or grad standing |
Professor | Reano |
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Course Description | Waveguiding in optical fibers, fiber losses, coupling and power launching, detectors, sources, noise, receiver, and transmitter design, link analysis, intoduction to fiber sensors. |
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EE732- | Quantum Electron Devices: Lasers |
Prequisite | 432 and 312, or grad standing in eng, chem or phys |
Professor | Anderson |
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Course Description | Atomic interaction with radiation, cavities with gain, pumping techniques, semiconductor lasers. |
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EE810- | Electromagnetic Field Theory II |
Prequisite | EE719 |
Professor | Teixeira |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee810.htm |
Course Description | Electromagnetic field theorems with applications; separable guided wave and scattering boundary value problems; one-dimensional Green's functions with applications; multiconductor transmission lines.
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EE811- | Electromagnetic Field Theory III |
Prequisite | EE810 |
Professor | Teixeira |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee811.htm |
Course Description | Multi-dimensionall potential Green's functions for solving separable electromagnetic problems with arbitrary excitation; integral equation formulation for more general wave problems of practical interest.
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EE812- | Applied High Frequency Methods in Electromagnetics |
Prequisite | EE719 and EE810 |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee812htm |
Course Description | Introduction or fay and wave optical concepts leading to the uniform, geometrical and phyusical theories of diffraction; Gaussian beam method; appllication ot modern antenna and scattering problems in EM
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EE813- | Finite Elements for Electromagnetics |
Prequisite | EE810 |
Professor | J.F. Lee |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee813.htm |
Course Description | Introduction to finite element, finite difference, and finite volume methods from the viewpoint of researchers in electromagnetics
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EE814- | Method of Moments in Electromagnetics |
Prequisite | EE719 |
Professor | J.F. Lee |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee814.htm |
Course Description | Method of Moments solution of integral equations of electromagnetic radiation and scattering; applications to conducting and material bodies, apertures, thin wires, microstrip, etc.
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EE815- | Advanced Antenna Theory |
Prequisite | EE810 |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee815.htm |
Course Description | Mutual impedance; moment method, aperture antennas; ground plane effects; horn and reflector antennas; pattern synthesis; antenna measurements.
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EE816- | EM Scattering from Random Media and Rough Surfaces |
Prequisite | EE810 and Stat 427 or Math 530 |
Professor | Joel Johnson |
Meeting Time/Room | MWF 12:30pm |
Course Link | http://www.ece.osu.edu/abet/std_syl_ee816.htm |
Course Description | Analytical theories of scattering from statistically described meda; independent scattering, radiative transfer, and analytical wave theory. Phusical optics and perturbation theories of rough surface scattering.
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Memo | Not open to students with credit for 894J.
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EE819- | Advanced Electromagnetic Theory III |
Prequisite | 818 |
Professor | Pathak |
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Course Description | Use of asymptotic methods to obtain high-frequency solutions; geometrical optics and the propagation through inhomogeneous media; geometrical theory of diffraction and its application to antenna and scattering problems.
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EE894K- | Discrete Electromagnetics |
Prequisite | Graduate Student Standing |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee894K.htm |
Course Description | Introduction to discrete formulations of electromagnetics and associated numerical methods with emphasis on finite difference, finite volume, and finite element techniques.
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EE894P- | Advanced Integral Equation Methods |
Prequisite | EE810 |
Professor | Jin-Fa Lee |
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Course Link | http://www.ece.osu.edu/abet/std_syl_ee894P.htm |
Course Description | Formulations for solving 3D scattering and radiation problems, layered media applications, matrix solution techniques, Fast Multiple Multipole (FMM), and integral equation method with SVD.
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