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Course Criteria
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3.00 Credits
2605. Electronics 1. Physical basis of semiconductor materials, diodes, rectifier circuits, Zener diode regulators, clippers, clampers, special purpose diodes. Bipolar junction transistors (BJT) characteristics, bias circuits, equivalent circuit models, amplifiers and field effect transistor (FET) characteristics. Prereq.: EET 1502 and EET 1502L; C or better in either MATH 1513, or in either MATH 1510 or MATH 1510C and in either MATH 1511 or MATH 1511C. Coreq: EET 2605L. 3 s.h.
Corequisite:
EET 2605L
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1.00 Credits
2605L. Electronics 1 Laboratory. Use of meters, oscilloscope, transistor curve tracer for experiments on diode characteristics, rectifier circuits, clippers, clampers, Zener regulators, BJT and FET characteristics, BJT bias circuits and amplifiers. Computer circuit analysis with PSPICE. Three hours per week. Concurrent with EET 2605. 1 s.h.
Corequisite:
EET 2605
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2.00 Credits
2620. Digital Electronics. An introductory study of number systems and conversions, codes, Boolean algebra, and logic gates. Includes Boolean function simplification, truth tables, Karnaugh maps, and combination circuits. Prereq.: "C" or better in MATH 1513 or MATH 1510 and MATH 1511, and EET 1501 and EET 1501L, and ENTC 1505. Concurrent with EET 2620L. 2 s.h.
Corequisite:
EET 2620L
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1.00 Credits
2620L. Digital Electronics Lab. Experiments utilizing digital integrated circuits to implement various logic functions discussed in EET 2620. Three hours per week. Concurrent with EET 2620. 1 s.h.
Corequisite:
EET 2620
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3.00 Credits
2653. Fiber Optics. Light propagation in fiber; connections, attenuation, and signal distortion; splicing and analysis of coupling losses; optical transmitters and receivers for analog and digital signals. Two hours lecture, three hours lab per week. Prereq.: "C" or better in EET 1502 and EET 1502L and EET 2605 and EET 2605L and MATH 1570. 3 s.h.
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3.00 Credits
3700. Methods in Circuit Analysis. Review of circuit analysis techniques using phasor algebra; mesh and nodal analysis; Thevenin and Norton equivalents; superposition theorem; three phase circuits; circuit solutions using matrix methods; and Fourier analysis of periodic waveforms with applications to circuit analysis. Two hours lecture and three hours computational lab per week. Prereq.: Grade of C or better in the following: EET 3706 and EET 3706L and EET 3710 and EET 3710L and EET 3735 and EET 3735L and (MATH 1570 or MATH 1571). Prereq. or Coreq.: MATH 2670. 3 s.h.
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3.00 Credits
3701. Transform Circuit Analysis. Introduction to LaPlace transforms and the use of LaPlace transforms in circuit analysis, transfer functions, frequency response of networks, poles and zeroes, stability, Bode plots. Two hours lecture and three hours of computational lab per week. Prereq.: MATH 2670 and EET 3700 with a grade of "C" or better. 3 s.h.
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3.00 Credits
3706. Electronics 2. Field effect transistor (FET) bias circuits and amplifiers, thyristor circuits, frequency effects (Bode plots), differential amplifiers, linear and non-linear op amp circuits, active filters, oscillators and regulated power supplies. Prereq.: "C" or better in EET 1502 and EET 1502L and EET 2605 and EET 2605L and MATH 1570. Concurrent with EET 3706L. 3 s.h.
Corequisite:
EET 3706L
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1.00 Credits
3706L. Electronics 2 Laboratory. Experiments involving field effect transistors (FETs), integrated circuits (ICs), operational amplifiers, frequency effects on gain, oscillator circuits and regulated power supplies. Computer circuit analysis with PSPICE. Three hours per week. Concurrent with EET 3706. 1 s.h.
Corequisite:
EET 3706
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3.00 Credits
3710. Electrical Machines. Construction, operating principles and characteristics, efficiency and control of DC motors, generators, and specialized machines. AC single and 3-phase transformers, alternators, induction and synchronous motor principles, characteristics, efficiency and control. Prereq.: "C" or better in EET 1502 and EET 1502L and ENTC 1505 and MATH 1570. Concurrent with EET 3710L. 3 s.h.
Corequisite:
EET 3710L
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