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Electronics Technology, AAS Degree
Electronic Technicians work with electronic engineers. Their duties are more limited in scope and more practically oriented than those of engineers. They use their knowledge of electronic circuits to help in the design, development, troubleshooting, and manufacture of electronic equipment such as radar, sonar, television, industrial, and medical measuring or control devices, navigational equipment, and computers. Electronic technicians follow mathematical formulas to build, test, and modify experimental electronic circuits and components. They may also construct, modify, and install laboratory test equipment and maintain the automated equipment used in the manufacture of electronic products.
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Semester |
Course Title |
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First Semester
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Computer Essentials |
2 |
Designed to enable students with little or no computer experience to acquire a basic understanding of the personal computer. This course involves the study of computer basics such as hardware, operating systems, and file management, using the Internet for research, word processing, and spreadsheets. |
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Composition |
3 |
English Composition will help develop proficiency in writing concise, coherent essays, and in using correct English. Several modes of discourse will be explored and good grammar skills are required. This course will improve the student's critical thinking skills as it provides students with practice in all stages of the writing process: planning, supporting, rewriting, analyzing, proofreading, and editing. This course will also require critical reading and writing. Prerequisite: Placement Assessment |
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DC/AC Electronics Lab |
3 |
Provides hands-on experience in breadboarding circuits, reading schematics, soldering, and operation of test equipment to measure voltage, current, and resistance. Ohm's Law, Watt's Law, and Kirchoff's Laws are studied. AC concepts and theory are also studied. The practical aspects of using meters, oscilloscopes, and function generators to evaluate and troubleshoot reactive, resonant, and transformer circuits are practiced. Corequisites: ET 118, ET 119 |
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DC/AC Concepts |
3 |
An introduction to electronic components, their diagrams, wiring methods and electrical safety. Voltage sources, current properties, resistance characteristics, and their relationships using Ohm's law, Watt's law, and Kirchoff's laws will be studied. Corequisites: ET 116, ET 119 |
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Electronic Applications |
2 |
An introduction to the mathematical approach to analyze electronic circuits. Basic algebra, exponents, metric prefixes, and trigonometry will be covered as it pertains to electronic circuits. Corequisites: ET 116, ET 118 |
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Intermediate Algebra |
4 |
This algebra course begins with real numbers, absolute values, exponents, polynomials, and the factoring of trinomials. Then, first and second-degree equations and applications are studied. Skills in simplifying arithmetic expressions and calculating and solving rational expressions are covered. Exponents, radicals, complex numbers, second-degree equations, graphing, and systems of linear equations will be included. Prerequisite: Placement Assessment. |
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Second Semester
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Analog Circuits |
4 |
Analog circuits as they relate to the world. Analog devices involved in the course include: PN junction, zener, and varactor diodes; bipolar, uni-junction, and field effect transistors; SCRs, TRIACs, and DIACs. Power supply topics include half-wave and full-wave rectifiers, filtering, zener regulation, and series-pass and monolithic regulators. Also included are various types of discrete component amplifier configurations, multi-stage, power, and operational amplifiers. |
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Analog Circuits Lab |
3 |
An introduction to the characteristics of semiconductor devices such as: PN junction, zener and varactor diodes; bipolar, unijunction, and field effect transistors; SCRs, TRIACS and DIACs. Power supply topics include half-wave and full-wave rectifiers, filtering, zener regulation, and series-pass and monolithic regulators. |
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Technical Physics |
3 |
An introduction to the world of physics with emphasis placed on the physics required to support material presented in electronics and laser technology classes. Through discussion and application exercises, an understanding of force, motion, friction, work, energy, electromagnetic waves and their interrelationships will be presented. |
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Digital Circuits I |
2 |
Introduces the student to the fundamentals of digital circuits which includes diode gating, inverters and all basic digital functions. The student advances to a study of the operation and application of the R-S, D-type, and J-K flip-flop, counters, shift registers, adders, and clock circuits. |
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Digital Circuits I Lab |
2 |
Introduces the student, in a lab environment, to the fundamentals of digital circuits which includes diode gating, inverters and all basic digital functions. The student advances to a study of the operation and application of the R-S, D-type, and J-K flip-flop, counters, shift registers, adders, clock circuits. |
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General Psychology |
3 |
Provides the student with an introduction to the basic psychological processes underlying human behavior. Topics include the functions of the brain amd nervous system, the characteristics of sensation, perception and altered states of consciousness, learning and memory, the nature of thinking skills and intelligence, theories of motivation, emotion and personality, a survey of psychological disorders and approaches to therapy, social/interpersonal relations, and practical applications. |
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Third Semester
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Technical Writing |
3 |
This course is designed around workplace writing tasks. Students will learn to evaluate audience, solve problems, and develop strategies for writing collaboratively. They will write instructions, reports, memos and letters. The course emphasizes techniques for correct mechanics and clear style; using format effectively to improve document readability; choosing and designing visuals for audience; and managing time and multiple projects. Prerequisite: ENGL 101 |
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Labview Programming |
3 |
Teaches an introduction to G programming (LabVIEW) and the principles of interfacing the microcomputer for data acquisition and control using devices such as temperature probes, sensors, relays, analog-to-digital converters, digital-to-analog converters, timers, counters, and the software to operate these devices. |
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Digital Circuits II |
3 |
<P>Provides an in-depth study in digital circuitry. Topics include: code converters, multiplexers, ROM's, RAM's, PLA's, read/write circuits, analog-to-digital, and digital-to-analog conversion. Programmable logic in the form of PLDs, PLCs, EPLDs and microprocessors will be covered.</P> |
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Digital Circuits II Lab |
3 |
Provides an in-depth, hands-on study of digital circuitry. Topics include: code converters, multiplexers, ROMs, RAMs, PLAs, read/write circuits, analog-to-digital and digital-to-analog conversion. Programmable logic in the form of PLDs, PLCs, EPLDs, and microprocessors will be covered. |
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Wireless Communications |
3 |
A study of the principles of tuned amplifiers, filtering, modulation, radio transmitters and receivers. Other topics include multiplexing, antennas, microwaves, and satellites. Prerequisite: ET 260; Corequisite: ET 266 |
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Wireless Communications Lab |
2 |
Gives students hands-on experience working with receiver and transmitter circuits. A systematic approach to isolating the fault to the lowest repairable component is taught. Prerequisite: ET 261; Corequisite: ET 265 |
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Fourth Semester
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Data Acquisition & Control |
4 |
Uses the information learned in ET 201 to apply the principles of interfacing the microcomputer for data acquisition and control using devices such as temperature probes, sensors, relays, analog-to-digital converters, digital-to-analog converters, timers, counters, and the software to operate these devices. Prerequisite: ET 201 |
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Data Communications |
3 |
Introduces students to the concepts, terminology, equipment, and techniques that form data communications systems. Introduces modulation, multiplexing, telephone networking, protocols, software and the principles of fiber optics. Prerequisite: ET 242 |
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Electronic Systems |
3 |
A study of the basic principles of troubleshooting as it applies to various systems including power supplies, audio, radio, television, VCRs, compact disc and DVDs. Also included is surface mount soldering and desoldering techniques. Prerequisite: ET 265; Corequisite: ET 285 |
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Electronic Systems Lab |
3 |
Gives students hands-on experience working with receiver and transmitter circuits. Students are taught a systematic approach to isolating the fault to the lowest repairable component. Corequisite: ET 284 |
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Social Science Elective |
3 |
Social Science Electives Include: ECON 201T - Economics; SOC 150T - Social Problems; or SOC 250T - Marriage and the Family |
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