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e l e c t r i c a l engineering
t e c h n o l o g y
Examines Ohm's law, Kirchhoff's current and voltage laws, equivalent
resistances, independent and dependent sources, mesh and nodal analysis, and
power relations, all concentrating on direct current circuits. Other topics
include Thevenin and Norton theorems, the operational amplifier, and energy
storage elements such as capacitors and inductors. Prereq. MTH1193 or PHY1193.
Studies time domain (transient) analysis of R, L, and C elements; energy
storage in L and C circuits; and responses in source-free RL and RC circuits.
Includes application of the unit step function and response of RLC circuits.
Introduces frequency domain methods to solve sinusoidal steady-state circuits
using complex frequency concepts and phasor algebra. Prereq. EET1151.
Covers standards of measurements, dimensional analysis, errors and measurement
of dispersed data, discrete and continuous variables, binomial distribution,
and normal distribution. Topics include guaranteed error, methods of resistance
measurements, digital voltmeters and analog-to-digital conversion, voltage
references, and potentiometers and AC bridges. Prereq. EET1353.
Introduces elements of digital electronics, starting with the binary number
system and proceeding to Boolean algebra and DeMorgan's theorems. Discusses
combinatorial logic in detail and the basic circuitry to realize AND, OR, and
NOT devices. Gives an introduction to sequential logic and the bistable devices
required to realize it. Proceeds to the basic sequential circuits such as
counters and shift registers. Includes the analysis and design of both
combinatorial and sequential circuits. Prereq. EET1152.
Reviews the theory of linear circuits and extends it to simple nonlinear
circuits of both the two-terminal variety and the three-terminal variety.
Considers the solid-state theory of the PN diode as an example of the
two-terminal nonlinear device, and the NPN, PNP, and field-effect devices as
examples of the three-terminal nonlinear elements. Includes light-sensitive and
heat-sensitive solid-state devices. Considers the problem of selecting an
operating point for a nonlinear device, and the corresponding practical methods
of providing the required biases. Introduces the small-signal linear model for
the nonlinear device in the vicinity of the operating point. Prereq. EET1152,
PHY1193.
Reviews small-signal models for three-terminal devices and discusses frequency
response of such models, including the Bode asymptotic approximation to
frequency response. Also reviews Mason's signal flow graph concepts for
determining transfer functions. Examines operational amplifiers including their
ideal behavior and the limitations introduced by finite input and output
impedances, finite gain, and finite bandwidth. Explores feedback and stability
problems that can occur when using operational amplifiers. Studies applications
of feedback to oscillators and active filters. Prereq. EET1312.
Reviews the basic concept of Boolean algebra, combinatorial logic, and binary
arithmetic, and extends them to the design of coding systems such as binary,
binary-coded decimal, Gray code, seven-segment displays, and multiplexers.
Introduces flip-flops and sequential logic circuits such as ripple counters,
synchronous counters, ring counters and Johnson counters, shift registers,
solid-state memory devices, and the 555 timer. Emphasizes design of digital
systems using the available microelectronic gates, primarily in the TTL series.
Prereq. EET1313.
Examines the physical devices that are used to realize digital circuits, as a
complement to the previous treatment of idealized mathematical models.
Introduces the concepts of rise-time, fall-time, set-up time, hold time, delay
time, and the maximum frequency of a clock. Discusses the presently available
logic families such as TTL, CMOS, and EC, compares them, and considers the
problems of interconnecting them. Introduces memory elements and
field-programmable logic elements. Presents interfacing devices such as
analog-to-digital and digital-to-analog converters. Prereq. EET1314.
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EET 1317
Principles of Communication Systems 1
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4 QH |
Focuses on signal analysis using Fourier methods, noise in communication
systems, frequency selective amplifiers, including wideband, transistor power
amplifiers AF and RF, oscillators, and signal sources and applications. Prereq.
EET1313.
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EET 1318
Principles of Communication Systems 2
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4 QH |
Explores basic theory of amplitude, frequency, phase and pulse code modulated
systems, analysis of modulating and demodulating circuits. Topics include
carrier systems using SSB, system block and level diagrams, logic control
circuits in communication systems, and modems. Prereq. EET1317.
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EET 1319
Principles of Communication Systems 3
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4 QH |
Emphasizes the fundamentals of digital communications, sampling requirements,
analog-to-digital conversion methods, and system capacity and bandwidth. Topics
include comparison of practical digital systems PAM, PCM, PFM, PWM, time and
frequency division multiplexing, data decoding, and selected examples from
telemetry and computer links. Prereq. EET1318.
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EET 1320
Electricity and Electronics 1
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4 QH |
Introduces circuit analysis, resistive networks, periodic excitation function,
steady-state AC circuits, the physical foundations of electronics, and the
physical operation of electronic devices. Prereq. MTH1193 and PHY1193. Not open
to electrical engineering technology majors.
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EET 1321
Electricity and Electronics 2
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4 QH |
Examines single-stage electronic circuits, magnetic circuits and transformers,
electromechanical energy conversion, DC machines, and AC machines. Prereq.
EET1320.
Offers experiments with nonlinear semiconductors. Explores junction and zener
diodes. Studies typical applications in clippers, clampers, rectification,
filtering, electronic power supplies, voltage regulation, and integrated
circuit regulators. Discusses bipolar and field-effect transistors, amplifiers
and voltage follower configurations, special semiconductors, and operational
amplifiers. Prereq. EET1311.
Offers experiments in DC electrical circuits and measurement techniques.
Includes use of ammeters, ohmmeters, voltmeters, VOMs, and power supplies.
Studies equivalent resistance, series and parallel circuits, Ohm's law,
Thevenin and Norton theorems, and superposition and maximum power transfer
theorems. Prereq. EET1151.
Offers further experiments in electrical circuits and measurement techniques.
Includes operation of oscilloscopes, audio frequency, and function generators.
Explores inductance and capacitance, and the effect of frequency upon them.
Studies amplitude, frequency, and phase shift measurements using a variety of
series/
parallel RL, RC, and RLC circuitry. Examines circuit time constants and their
relation to repetition rate, along with resonance, circuit quality, and filter
circuits. Prereq. EET1324.
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EET 1327
Advanced Electronics Laboratory 1
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2 QH |
Offers experiments using oscilloscopes, the examination of transistor audio
amplifiers, push-pull amplifiers, drivers, pulse and video amplifiers. Topics
include transients and wave-shaping circuits, audio frequency oscillators, and
the study of operational amplifiers. Prereq. EET1323.
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EET 1328
Advanced Electronics Laboratory 2
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2 QH |
Experiments with the modulation of a class C amplifier, the diode detector,
basic timing circuits, RF and crystal oscillators, astable multivibrators,
logic gates, flip-flops, binary adders, registers and counters. Topics include
active filters, frequency modulation detectors, and analog-to-digital and
digital-to-analog conversion. Prereq. EET1327.
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EET 1329
Advanced Electronics Laboratory 3
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2 QH |
Studies FM and PM waves, amplitude limiters, the balanced modulators and single
sideband generators. Discusses integrated circuit timers and monolithic random
access memory, and monolithic phaselocked loop, as well as a series of
microwave experiments and digital experiments. Prereq. EET1328.
Investigates generalized theory of rotating energy conversion devices,
steady-state operation of the multiply-excited direct-
current machine, control of speed, special machines, transformers, steady-state
considerations of induction and synchronous machines. Explores the generalized
machine and circuit model, and Laplace transform techniques applied to the
analysis of dynamic operating modes of rotating machines. Prereq. EET1152 and
MTH1195.
Examines radiation, transmission, and reception of electromagnetic waves,
distributed-line constants and traveling waves of transmission lines, and
differential equations of the uniform line. Prereq. MTH1195 and PHY1193.
Introduces three-phase circuits and three-phase, single-phase systems. Examines
the application of differential equations to the solutions of linear,
time-invariant electrical networks. Introduces singularity functions,
convolution, and time domain transient analysis; network topology and duality;
and the methods of transformation calculus and complex frequency concepts.
Prereq. EET1152.
Explores the Bode asymptotic frequency response approximation and the concept
of Mason's signal flow graphs. Focuses on signal analysis in the frequency
domain, Fourier series, Fourier and Laplace transform methods, and a varied
selection of circuit problems using Laplace transforms and related theorems.
Prereq. EET1353.
Studies linear algebra and circuit equation applications, as well as solution
of linear differential equations, including an introduction to Laplace
transforms. Prereq. EET1152 and MTH1195.
Focuses on power transmission lines, line constants, current voltage and power
relations, electric-power distribution loads, feeders, and substations, and
application of matrices. Prereq. EET1354.
Investigates symmetrical and asymmetrical faults, protective devicesapplication
and coordination, power flow in electric circuits, steady-state power
limitations of systems, and voltage regulation theory and application. Prereq.
EET1362.
Offers computer applications to power systems with emphasis on load-flow
studies, basic ideas of systems planning, short-circuit studies, and system
stability. Prereq. EET1363.
Introduces digital computer design. Topics include general computer
organization, number systems and number representations, design characteristics
of major computer units, and Boolean algebra applications to computer design.
Prereq. EET1311.
Examines microprocessor architecture and organization. Studies the machine
language and assembly coding of an industry-accepted microprocessor, and a
suitable topic from the current literature. Assembly language coding problems
assigned. Prereq. EET1370.
Analyzes linear servomechanisms under both transient and steady-state
conditions, signal flow graphs, and Laplace transforms in the formulation of
block diagrams and transfer function. Prereq. EET1354 and MTH1195.
Focuses on system stability, root locus techniques, and treatment of Nyquist
criteria and Bode diagram methods for systems evaluation. Prereq. EET1377.
Focuses on telescopes, microscopes, and similar equipment, as optical system
components. Includes magnification, aberrations, resolution criteria,
photometry, compatibility of system components and optimization of systems, and
the basic non-image-forming systems used for analysis control and metrology.
Prereq. MTH1192 and PHY1193.
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EET 1399
Special Problems in Electrical Engineering Technology
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4 QH |
Offers theoretical or experimental work under individual faculty supervision.
Prereq. Permission of department chair.
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EET 1720
Technology Senior Honors Project 1
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4 QH |
Involves an analytical or experimental project under the guidance of a
department faculty member. Open only to students in the honors program. Prereq.
Senior standing.
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EET 1721
Technology Senior Honors Project 2
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4 QH |
Continues EET1720. Open only to students in the honors program. Prereq.
EET1720.
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