21 courses with the subject ELET, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ELET 100Electricity I4
Introduction to the basic principles of electricity. Topics covered include electron theory, conductors and insulators, units, current and voltage, resistance, work and power, series and parallel circuits, network theorems, general resistive networks, inductance and capacitance, and time constants, introduction to alternating currents. Pre-requisite(s): Basic algebra and trigonometry or high school math I and II. Co-requisite(s): MATH 150 College Algebra with Trigonometry. Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
A study of the generation of the alternating EMF, Faraday's Law, current and voltage relations in circuits containing resistance, inductance and capacitance; the use of vectors in the solution of AC circuits, circuit characteristics and the treatment of parallel and series circuits. Pre-requisite(s): ELET 100 Electricity I and MATH 150 College Algebra with Trigonometry. Pre- or co- requisite(s): MATH 165 Basic Calculus with Analytic Geometry. Lab fee will be required Terms Offered: Spring, Summer Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
This course is designed to provide students enrolled in the technology fields with a comprehensive understanding of the C and C++ Programming Language. Students will be able to apply C/C++ programming techniques to their major field of study. Major topics covered are: arrays, pointers, structures, classes, linked lists, file input/out, etc. The emphasis is on technical applications of programs written for the PC. This course is intended mainly for the School of Technologies students. Terms Offered: Fall Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
This course will provide students with a foundation in the hardware and system software aspects of the personal computer. The lecture portion covers hardware, operating systems, and start-up procedures. The lab offers hands-on experience with computer hardware, parts replacement, troubleshooting, and the basic networking as well as study of DOS, Windows 9.x and Windows XP operating systems. Terms Offered: Fall Offered Distance Learning: No Contact Hours: Lecture: 2 Lab: 3
This course focuses on the essential elements of communications systems. Topics include decibel notation, spectra of complex waveforms, modulation methods, transmission media, fiber optics and communications networks. The student will develop and understanding of the basic elements (both theoretical and practical) of electronic and fiber optics communications systems. This will provide a foundation for the understanding of the many kinds of communications networks that exist today. Pre-requisite(s): ELET 101 Electricity II and ELET 215 Operational Amplifiers. Lab fee will be required Terms Offered: Spring Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
An introductory course in digital systems. The topics covered include: number systems, Boolean algebra, logic gates, logic simplification, implementation and analysis of digital system, flip-flops, counters, mux/demux, adders. Pre-requisite(s): ELET 100 Electricity I. Lab fee will be required Terms Offered: Fall Offered Distance Learning: Yes Credits: 4 Contact Hours: Lecture: 3 Lab: 3
A continuation of ELET 210, Digital Electronics, this course introduces modern design and implementation methodologies of digital systems using logic devices such as SLPDs, and microcontrollers. Topics that will be covered include review of sequential logic, counters, shift registers, memory and storage devices, digital signal processing, assembly language, and several microcontrollers applications such as analog-to- digital conversions, temperature measurement, time-interval measurements, rotary encoders, liquid- crystal displays, and others. In general, the PIC
This is a continuation of the course ELET 105, Electronics I. In this course, students are introduced to the electrical and operating characteristics of op- amps. With this knowledge, students learn how to design practical electronic systems such as power amplifiers, voltage and current regulators, signal generators, active filters, oscillators, comparators, and other types of linear and non-linear circuits. Practical hands-on laboratory exercises and computer simulations are incorporated to enhance the learning experience of the students. Pre-requisite(s): ELET 105 Electronics I Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
A course in process control instrumentation technology. Topics include power electronic circuits analog signal conditioning, bridge circuits, operational amplifiers, analog comparators, D/A and A/D converters, transducers, final control elements, and digital control principles. Related topics include an introduction to servomechanisms and industrial control. Pre-requisite(s): ELET 210 Digital Electronics. Lab fee will be required Terms Offered: Fall Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
A study of the techniques used for the design of electronic circuits and the methods employed in their fabrication. Pre-requisite(s): ELET 210 Digital Electronics and
The study of vacuum and radio frequency techniques utilized in microelectronic manufacturing applications. The vacuum areas of study include gas flow, pressure regimes, gas laws, outgassing, high vacuum production, leak and contamination detection and residual gas analysis (RGA) techniques. The power RF area of study will cover radio frequency generation, amplification, conductors and transducers and thin film deposition. Safety concerns stressed in the installation, maintenance and operation of vacuum and radio frequency equipment. Pre-requisite(s): ELET 101 Electricity II; MATH 150 College Algebra with Trigonometry; PHYS 135 Technical Physics I. Terms Offered: Fall Offered Distance Learning: No Credits: 4 Contact Hours: Lecture: 3 Lab: 3
This course covers the essentials of computer networking. This course will cover the installation and maintenance of computer networks and the hardware and software required. Topics include network architecture types (LANs, WANs, etc.), topologies, media, adapters, cabling, and other network devices; operating systems, client-server and peer-to-peer systems; network printing; World Wide web server setup and administration. This is a hands-on course with special emphasis in the hardware features of networks. Terms Offered: Spring Offered Distance Learning: No Contact Hours: Lecture: 3 Lab: 3
This course builds on topics from previous data communications, physics and mathematics courses and applies them to the study of wireless data communications systems. Topics include decibel notation, spectra of waveforms, modulation methods, transmission media, antennas, wireless links and systems including protocols, hardware requirements and functionality. The student will develop an understanding of the basic theoretical and practical elements of wireless data communication systems. This will provide a foundation for an understanding of the wireless data networking techniques that exist today. These systems are now in widespread use and gaining in popularity. Pre-requisite(s): CISS 120 Networking I- Intro to Dat Communication; ELET 120 Personal Computer Hardware Essentials; PHYS 100 Physical Science;
