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PROGRAMS / COURSE DESCRIPTION<br />
ELECTRONICS AND COMPUTER TECHNOLOGY<br />
ELCT 86 OPTOELECTRONICS: LASERS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
Continuation of ELCT 85. This high technology<br />
laboratory course emphasizes the principles and<br />
applications of lasers as used in telecommunications,<br />
consumer electronics, biomedical electronics, and<br />
industry. Topics include: Principles of lasers, laser<br />
optics, drive and modulation circuits, lasers and fiber<br />
optics links, and audio video subcarrier modulation.<br />
ELCT 87 INDUSTRIAL ELECTRONICS: INDUSTRIAL<br />
CONTROL SYSTEMS, DEVICES AND CIRCUITS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
This course is designed to provide the student an<br />
opportunity to study a wide range of applications of<br />
electronics found in industrial automation and robotics.<br />
Topics include: operational amplifiers, linear integrated<br />
circuits, generators and motors, control devices and<br />
circuits, transducers, programmable logic controllers<br />
(PLCs), PLC functions, ladder logic, programming and<br />
applications.<br />
ELCT 88 INDUSTRIAL ELECTRONICS: INDUSTRIAL<br />
PROCESS CONTROL APPLICATIONS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite).<br />
This course is designed to demonstrate a wide variety of<br />
electronic control systems and circuits which are<br />
controlled both manually and by use of the<br />
programmable logic controller (PLC). Topics include:<br />
motors and generators, control devices, timing control,<br />
motor control, counting, position control,<br />
servomechanisms, and applications and<br />
troubleshooting.<br />
ELCT 91 MICROPROCESSOR INTERFACING<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
This course is designed to give the student a practical<br />
working knowledge of interfacing a microprocessor with<br />
external sensing and activator systems. Topics include<br />
microprocessor basics, buses, address decoding,<br />
68HC1 I chip structure and internal features, instruction<br />
timing, switch decoding, interfacing with displays and<br />
adapters, I/O control techniques, data communications,<br />
serial/parallel conversion, interfacing to RAM, EPROMs,<br />
analog-to-digital and digital-to-analog devices.<br />
ELCT 92 MICROPROCESSOR APPLICATIONS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
Continuation of Microprocessor Interfacing. This course<br />
concentrates on specific applications related to<br />
instrumentation and physical measurement. Activities<br />
include constructing a microprocessor-controlled digital<br />
multimeter (DMM), thermometer, light meter, and<br />
photometer. The student will analyze how strain gauges<br />
are used to measure force. The student will design and<br />
construct a microprocessor/step motor interface and<br />
control circuit.<br />
ELCT 97 TELECOMMUNICATIONS: DIGITAL<br />
COMMUNICATIONS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
This high technology laboratory course is designed to<br />
provide a broad background in the use of digital devices<br />
used in telephony, as well as in general digital<br />
communications. Emphasis is placed on the telephone<br />
industry, both wireless and fiber optics<br />
telecommunications, and synthetic speech. Topics<br />
include: digital communications, the subscriber<br />
telephone, the central office, and digitized speech.<br />
ELCT 99 TELECOMMUNICATIONS: MICROWAVE<br />
COMMUNICATIONS<br />
Units: 3.0 - 96-108 hours individualized instruction. (No<br />
prerequisite)<br />
This high technology laboratory course is designed to<br />
provide a broad background in the use of microwave<br />
transmitters, receivers, microwave components, and<br />
horn antennas. Emphasis is placed on microwave<br />
communication links. Topics include: voice, narrow<br />
band, audio wideband, television, video, fiber optics<br />
interfaces, pulse code modulation, and multiplexing<br />
signals.<br />
ELCT 110 ELECTRONICS AND COMPUTER<br />
TECHNOLOGY<br />
Units: 3.0 - 48-54 hours lecture. CSU. (No prerequisite)<br />
This course is designed to expose students to a wide<br />
range of electronics and computer technologies in a<br />
simplified, practical and non-mathematical hands-on<br />
approach. Topics will include electronics and<br />
computers applied to automotive and medical fields,<br />
global positioning satellites (GPS), home entertainment<br />
systems, surround sound and digital flat panel TVs,<br />
digital music compression and recording, Internet,<br />
wireless and wired networking in the house, computer<br />
hardware setup and operation, how to use personal<br />
computer (PC) applications, basic PC diagnostics,<br />
upgrade and troubleshooting.<br />
ELCT 131 D.C. CIRCUIT THEORY AND ANALYSIS<br />
Units: 4.0 - 48-54 hours lecture and 48-54 hours<br />
laboratory. CSU. Offered Fall, Spring. (No prerequisite)<br />
208 2012-2013 <strong>Victor</strong> <strong>Valley</strong> <strong>College</strong> Catalog