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Course Criteria
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3.00 Credits
This course covers the fundamentals of AC electrical circuits. It focuses on series/parallel RLC circuits, voltage and impedance phasor diagrams, power in AC circuits, filters, resonance, frequency Response, and BODE plots. There is a final project with a written report and an oral presentation. Prerequisite: EET 121, MTH 130 2/3/0 Lab fee charged
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4.00 Credits
This course focuses on the characteristics and applications of analog integrated circuits including operational amplifiers and specialized linear integrated circuits. It investigates circuits including inverting, non-inverting and differential amplifiers, non-linear, active filters, equalizers, oscillators, timers, and power supply regulator IC's. Laboratory experiments cover the course topics and verify lecture theory. Prerequisite: EET 121 3/3/0 Lab fee charged
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4.00 Credits
This course examines microcomputer programming, analysis, and troubleshooting for real-time applications. The major emphasis is the verification of student-assembled programs that use both serial and parallel input-output devices on a microcomputer system. It includes numbering systems, microprocessor unit, memory, input/output, instruction sets, addressing modes, assembler techniques, systems configuration, hardware, subroutines, and example programs. There is a final project with a written report and oral presentation. Prerequisite: EET 141 3/3/0 Lab fee charged
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4.00 Credits
This course examines the principles, devices and circuits applicable to industrial electronic control systems. It includes op-amps, signal conditioning circuits, switches, relays, SCR's, TRIAC's sensors, various types of motors, mechanical systems (hydraulic and pneumatic), open and closed-loop control systems, microprocessor control, and programmable logic controllers. Prerequisite: EET 131 3/3/0 Lab fee charged
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3.00 Credits
This course examines both traditional and advanced electronic communications. Traditional communication circuits include resonant circuits, oscillators, RF amplifiers, amplitude and frequency modulation. A transmitter is built in the lab making use of these circuits. Advanced communication systems include cellular telephone, satellite, microwave, radar, and fiber-optic communications at the block diagram level with waveforms. Prerequisite: EET 131 2/2/0 Lab fee charged
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4.00 Credits
This course examines existing and emerging cellular technologies and the standards used for transmission. It focuses on devices and services using wireless technology including cell phones, PDAs, pagers, wireless internet, packet radio, smart automated/ alarm systems, and future Personal Communication Services (PCS). Laboratory exercises cover the topics where appropriate. Prerequisite: CIS 158 3/3/0
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1.00 Credits
Special Projects in Electronics Engineering Technology
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2.00 Credits
Special Projects in Electronics Engineering Technology
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3.00 Credits
These courses are special projects where students work on projects approved by the instructor. The projects require 3-6 hours per week depending on the course credit. Students are required to propose, design, construct, test, debug, and demonstrate the electronics project. Prerequisite: Permission
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3.00 Credits
This course involves interdisciplinary groups of students working on an engineering design project. Electronic, mechanical, and AutoCAD lecture and lab modules are designed to give students the skills to design, build, document, and present a working project. Each team prepares a written report, gives an oral presentation, and demonstrates their multidisciplinary project. Projects must contain at least two elements of electronic, mechanical, architectural, and/or civil engineering design. Prerequisite or Co-requisite: ENG 101 3/3/0 Lab fee charged
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