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| In the Communications lab, students experiment with a wide variety of analogue and digital signal transmission/reception concepts and techniques. | |
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ELEC 340 Electromagnetic Field Theory Investigate laws and properties of electromagnetic fields including Coulomb's Law, Maxwell's Equations, travelling and standing waves. Use advanced computer simulation software to model and visualize these effects. |
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ELEC 350 Communications Theory and Systems: I Learn about spectrum analyzers, amplitude modulation, single and double sideband signals, frequency modulation and demodulation techniques. |
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ELEC 404 Microwaves and Fiber Optics Transmit and receive microwave signals using various types of antennas such as a satellite dish. Learn techniques to communicate using laser beams and fiber optic cable |
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ELEC 450 Communications Theory and Systems: II Learn about digital communications concepts and techniques including sampling and pulse code modulation, line codes, and detection of signals buried in electrical noise. |
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ELEC 459 Digital Signal Processing: III Learn about more advanced digital signal processing techniques such as signal compression and noise removal. |
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