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Course Criteria
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5.00 Credits
Introduces digital electronics. Topics include: fundamentals of digital techniques, integrated logic circuits involving number systems, logic symbols and gates, Boolean algebra, and optimization techniques, flip-flops and registers, combinational and sequential logic circuits, and memory circuits. Laboratory work parallels class work and reinforces building, testing/troubleshooting digital circuits, in addition to simulations with DesignWorks, and PLD programming using Altera hardware/software.
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5.00 Credits
(Prerequisites: EET 102, EET 105, and MAT 1131) Emphasizes an in-depth study of bipolar junction transistor and field effect transistor amplifiers. Topics include: bipolar junction transistor small signal analysis; field effect transistor small signal analysis; multistage systems and frequency consideration; small and large signal amplifiers; DC biasing of bipolar junction transistor; field effect transistor biasing; frequency responses and feedback; and heat sink analysis. Laboratory work parallels class work.
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5.00 Credits
Continues the study of digital electronics. Topics include: computer arithmetic, analog to digital and digital to analog conversion, microcomputer architecture, counters, up/down, multiplexer/demultiplexer, and decoders/encoders. Laboratory work parallels class work and reinforces building, testing/troubleshooting digital circuits, in addition to simulations with DesignWorks, and PLD programming using Altera hardware/software.
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5.00 Credits
Emphasizes the analysis of operational amplifiers and other linear circuits and their applications. Topics include: op-amp fundamentals, inverting and non-inverting amplifiers, comparators, bias, offsets, and drift, bandwidth, slew rate, noise, and frequency compensation, active filters, voltage regulated power supplies, signal generators, multipliers, transfer function, and differentiators and integrators. Laboratory work parallels class work and reinforces building, testing/troubleshooting electronic circuits, and uses P-Spice for circuit simulation.
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5.00 Credits
Emphasizes the analysis of basic circuits used in telecommunications. Topics include: communications power supplies, resonant circuits, RF voltage amplifiers, RF power amplifiers, RF oscillators, and AM and FM modulation circuits. Laboratory work parallels class work.
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5.00 Credits
(Prerequisite: EET 203) Emphasizes study of the microcomputer with programming applications involving external devices with which the processor must communicate. Topics include: I/O and interfacing techniques, interrupt devices, problem definition, programmable processors, diagnostics, and control decisions. Fundamentals of operating systems include; DOS and Windows XX. Laboratory work parallels class work and involves programming the 8051 microcontroller in assembly language and interfacing external devices.
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5.00 Credits
Provides a foundation in local area networking of computer systems. Emphasis is placed on designing, installing, and managing a local area network. Topics include: networking basics, networking standards, installing network systems, installing networking software, organizing the server, managing the network, and network design and hardware.
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5.00 Credits
(Prerequisites/Corequisites: EET 204 and PHY 1111 or PHY 291) An introductory study of electroptic devices and lasers. The principles of operation of electroptic sources and optoelectric detectors will be studied with concentration on solid-state devices. Laser principles, types and operations will be included. Topics include current practical devices and applications. Laboratory investigations complement classroom studies.
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5.00 Credits
(Prerequisites/Corequisites: EET 201 and 202) This is an introductory course in Industrial Electronics. Its purpose is to acquaint the student with different types of electrical devices that are used to measure and control different industrial operations. The major emphasis will be placed on the new industrial solid state electronic devices that are now available to the engineer and the technician. Topics include: OP amps, phase-lock-loops, frequency to voltage convertors, stepper motors, transducers, and industrial telemetry.
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5.00 Credits
(Prerequisites: EET 201 and 203) Provides the necessary topics for the understanding of both the hardware and software operations of an IBM computer. Basic DOS operations and key ICs are covered. Emphasis is placed on the procedures for interfacing the computer to the outside world by means of industrial and self-fabricated I/O circuit boards. Topics include: DOS operations, 88088/8086 MPU architecture, machine level language programming, peripheral ICS, and I/O operations.
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