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ETNTLGY 150 Soldering Surfacing Mount Technology (3)
Lecture 2 hours; Laboratory 3 hours
This
course provides an introduction of through hole soldering technology as well
as principles of surface mount rework, show the range of specific equipment
used in that process and provide a framework for learning about various
rework methods. Recommended procedures for removal and replacement of
surface mount chip components are also covered.
ETNTLGY
151
DC
Theory and Circuit Fundamentals (3) CSU
Lecture 3 hours
Instruction is given in basic electrical concepts, electron theory, Ohm's
Law, Kirchoffs Laws, series circuits, Parallel circuits, combination
circuits, principles of magnetism; and the care, use, and construction of
basic meters for voltage, current, and resistance measurements. Problems
illustrating accuracy necessary in measurements are given.
ETNTLGY 152 DC Theory and Circuit Fundamentals Lab (2)
Laboratory 6 hours
Instruction is given in constructing basic electrical circuits. Series,
parallel and series/parallel circuits are constructed and troubleshot to
understand the concept of troubleshooting techniques. Problems illustrating
accuracy necessary in measurements are given.
ETNTLGY 153 Applied DC Calculations (1)
Lecture 1 hour
This
course offers a review on basic arithmetic including addition, subtraction,
multiplication, division, fractions, decimals, square roots, signed numbers,
powers of ten, an introduction to algebra, and problems solving Ohm's Law
and power calculations. Instruction is also provided in algebra,
calculators, logarithms, graphs, phasors, and basic trigonometry as used in
electronics.
ETNTLGY 154 AC Theory and Circuit Fundamentals (3)
Lecture 3 hours
Prerequisites: Electronics Technology 151 with a grade of “C” or better.
This course offers
the Theory of AC Electronics as it applies to basic and advanced circuits
found in analog electronics. The course prepares the student for more
advanced studies in Communications and Digital Electronics. Subjects covered
include Capacitors, Magnetic Circuits, Inductors, Sinusoidal Alternating
Waveforms, Basic Elements and Phasors, Series and Parallel AC Circuits,
Series-Parallel AC Networks, Methods of Analysis, Network Theorems (AC),
Power (AC), Resonance, Filters and Bode Plots, Pulse waveforms, and an
introduction to System Analysis. Basic algebra and trigonometry will be used
as the tools for understanding the AC circuit as it applies to electronics
systems.
ETNTLGY 155 AC Theory and Circuit Fundamentals Lab (2)
Laboratory 6 hours
Prerequisites: Electronics Technology
152
with a grade of “C” or better.
An
overview of the field in AC electronics that measures and analyzes the
parameters and characteristics of AC circuits: The students study their
applications in electronic systems and becomes familiar with the various
components used to make a viable circuit. In class, the students will also
learn to construct and troubleshoot AC circuits.
ETNTLGY 156 Applied AC Calculations (1)
Lecture 1 hour
Prerequisites: Electronics Technology
153
with a grade of “C” or better.
At the
completion of this course, students will be able to perform mathematical
functions used in AC circuit analysis. The topics include solving various
algebraic equations, fractional equations, simultaneous equations,
trigonometric functions, vector algebra, and logarithms. These topics will
be covered with emphasis on calculations involving series, parallel, and
series-parallel AC circuits.
ETNTLGY 157 Semiconductors Devices and Applications (3)
Lecture 3 hours
Prerequisites: Electronics Technology
154
with a grade of “C” or better.
Applications of semiconductor devices. Included are PN junction diodes,
Zener diodes, Rectifiers, Transistors, Class A, B, AB amplifiers and
Operational Amplifiers.
ETNTLGY 158 Semiconductors Devices and Electronics Laboratory (3)
Laboratory 9 hours
Prerequisites: Electronics Technology
155
with a grade of “C” or better.
The
student measures and analyzes the parameters and characteristics of
semiconductor devices and becomes familiar with the use of transistor
testers. The student also constructs, tests, and analyzes power supply
circuits, receivers, amplifier circuits, oscillator circuit, and converter
circuits. Trouble-shooting procedures and techniques are introduced.
Integrated circuits are also constructed and tested.
ETNTLGY 159 Digital Circuits and Applications (3)
Lecture 3 hours
Prerequisites: Electronics Technology
154
with a grade of “C” or better.
This
is an introductory course in digital electronics and applications. The
course covers the number systems, including the decimal, binary, octal, and
hexadecimal number systems. The topics covered include the characteristics
of TTL and CMOS logic families, combinational logic circuits, minimizing
logic circuits, minimizing logic circuits using Boolean Operations and
Karnaugh maps, encoders and decoders, sequential logic devices such as
flip-flops, counters, shift registers, and memory devices.
ETNTLGY 160 Digital Circuits and Applications Lab (2)
Lecture 6 hours
Prerequisites: Electronics Technology
159 with a grade of “C” or better.
This
is an introductory course in digital electronics and applications. The
course covers the number systems, including the decimal, binary, octal, and
hexadecimal number systems. Lab activities include the characteristics of
TTL and CMOS logic families, combinational logic circuits, minimizing logic
circuits using Boolean Operations and Karnaugh maps, encoders and decoders,
sequential logic devices such as flip-flops, counters, shift registers, and
memory devices. Some lab activities include the use of software simulators
such as Electronics Workbench.
ETNTLGY 161
F.C.C. Radio Operator License (3)
Lecture 3 hours
Prerequisites: Electronics Technology
154 with a grade of “C” or better.
This
course provides information required by the Electronics Technician to aid in
passing the F.C.C. general radiotelephone license examination. The F.C.C.
rules, regulations, and theory areas are explained and sample F.C.C. type
tests are given. Marine and aeronautical rules and regulations are also
studied and are necessary for passing the general radiotelephone
examination.
ETNTLGY 162 Introduction to Electronics Communications (3)
Lecture 3 hours
Prerequisites: Electronics Technology
157
with a grade of “C” or better.
This
course covers circuit analysis of several complete AM/FM systems. The
installations of C Band, K/U Band, and DSS satellite systems, the theory of
cordless phones, microwave receivers/transmitters, cell phones, and TV video
are covered.
ETNTLGY 163 Introduction to Electronics Communications Lab (3)
Laboratory 9 hours
Prerequisites: Electronics Technology
158 with a grade of “C” or better.
Students will be able to provide direct laboratory application of the radio
principles and techniques acquired in the lecture sessions. Be able to
perform laboratory experiments to include the construction and analysis of
circuits perform AM modulation, AM detection, FM modulation, frequency
multiplication, limiting, and FM discrimination, the construction, test and
alignment of a complete AM super-heterodyne radio receiver. Microprocessor,
digital and solid state troubleshooting techniques are analyzed and
performed, as are system level to component level troubleshooting and
repair. Basic antenna measurements, troubleshooting and repairs are made.
ETNTLGY
254 Computer Applications for Electronics Technology (3) RPT1
Lecture, 2 hours; Laboratory, 3 hours
This
course introduces students to computer hardware, computer software related
technology, and their impact on society and education. Hands-on experience
will be provided with applications of software, such as Excel, Word, and
PowerPoint. Special emphasis will be provided on electronics applications
software such as Electronic Workbench, and VISIO.
ETNTLGY 255 Computer-Based Electronics (1)
Laboratory 3 hours
An
introduction to Electronics Workbench (MultiSim), Electronics Technology
Computer-Aided Instruction (ETCAI), and MultiSim Computer-Based Training (CBT)
software. This course is designed to enable students to construct and
analyze circuits using Electronics Workbench. It also enables students to
increase their knowledge of electronics using CAI.
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