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Course Criteria
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3.00 Credits
Introductory course which includes device design and layout, crystal growth, wafer preparation, contamination control/clean room procedures, and wafer fabrication process. (Prerequisites: EET 3203 and EET 3233)
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3.00 Credits
Design and analysis of circuits using operational amplifiers, Norton amplifiers, waveform generators, and integrated circuit regulators. Circuits include amplifiers, summers and difference amplifiers, waveshaping and waveform generators, active filters, and linear power supplies. (Prerequisite: EET 3233)
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3.00 Credits
Description of computer systems; arithmetic algorithms including number systems, addition and subtraction, multiplication and division, and other functions of the ALU; central processors and their applications in micro and mini computers; memory management; applications of microprogramming; and input-output. (Prerequisite: EET 3293)
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3.00 Credits
A study of the techniques used to connect microcomputers to the analog world. Topics discussed are: port decoding schemes; hardware and software requirements for microcomputer input and output; theory, operation, and programming of the 8255 PPI; A/D and D/A conversion techniques; and electronic power devices. Research project required. (Prerequisites: EET 3293 and EET 3233)
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3.00 Credits
A study of theory, design and fabrication of antennas from longwave to microwave. Software includes MIMINEC, NECI, Thinwire, and YAGIVDA optimization techniques. (Prerequisites: EET 3203 and EET 3283)
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3.00 Credits
A study of the elements of process control, signal conditioning, thermal, mechanical, and optical transducers, discrete state process control, analog and digital controllers, and control loop characteristics. (Prerequisites: EET 3203 and EET 3353) (Previously listed as Process Control Systems)
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3.00 Credits
Includes theory and design of circuits using optoelectronic devices and optical components. Topics include: properties and theory of light propagation, light sources and detectors, fiber optic systems and applications, lasers, photometry and radiometry, and safety procedures. A research project is required. (Prerequisites: EET 3203 and EET 3353)
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3.00 Credits
A study of digital signal processing and programming. Topics include discrete time signals, digital signaling processing hardware, the fast fourier transform, digital filter synthesis including infinite impulse response, finite impulse response, and wave lengths. (Prerequisite: EET 3523) (Previously listed as Digital Data Communications)
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3.00 Credits
Radio transmission and reception techniques including: noise, broadband amplifiers, oscillators, receivers, transmitters, transmission lines, antennas, and radiowave propagation. Modulation methods studied include: amplitude, singlesideband, frequency, and digital. (Prerequisites: EET 3203 and EET 3353)
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3.00 Credits
Discrete and integrated electronic circuits are studied from the standpoint of failure analysis and repair. Circuits used include: power supplies, AF and RF amplifiers, digital systems, and microcomputers. Theory and use of specialized AF, RF, and digital test equipment is covered. ( Prerequisite: EET 3523 )
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