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Complete College Catalog 2011-2012 - Rio Hondo College

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ELEC 064<br />

Home Technology Integration<br />

Technologies<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment<br />

This course presents the principles and<br />

practices of installing and maintaining<br />

home technology. Students are<br />

exposed to home lighting controls,<br />

computer networking, home security,<br />

home entertainment systems including<br />

video, data, and voice, heating<br />

ventilation and air conditioning<br />

control systems, and home systems<br />

integration. Prepares the student<br />

for Home Technology Industry<br />

certification. This course is designed<br />

for students wanting to work in the<br />

Home Technology Service industry.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 070<br />

Applied Telecommunications<br />

Technology<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment<br />

This is an introductory course that<br />

will examine the theory behind<br />

present day wireless (cellular)<br />

telecommunications systems which<br />

will include an in-depth analysis of<br />

the design and installation of these<br />

systems. The course is intended for<br />

students interested in a career in the<br />

wireless telecommunications industry.<br />

Topics will include: mobile devices<br />

networks, antenna orientation, base<br />

station system, and the operation<br />

and support system associated with<br />

the wireless systems. Also presented<br />

are topics on environmental effects,<br />

governmental impact and history of<br />

wireless telecommunications.<br />

3 Units<br />

45 Lecture hours<br />

27 Lab hours<br />

ELEC 071<br />

Mobile and Wireless<br />

Communications<br />

Prerequisite: ELEC 070<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment<br />

This is the second class of a five class<br />

program that will further examine<br />

the theory behind present day<br />

wireless (cellular) telecommunications<br />

systems. This course is designed to<br />

provide students with information<br />

and skills associated with the wireless<br />

(cellular) telecommunications<br />

industry. The course is intended<br />

for students that are interested in a<br />

new career or are currently working<br />

in the wireless telecommunications<br />

industry. Topics will include:<br />

Wireless standards and protocols and<br />

the critical issues of compatibility,<br />

internetworking, and voice/data<br />

convergence, design and integration<br />

of WCDMA/UMTS, CDMA2000,<br />

and SCDMA into existing cellular/<br />

PCS networks. Also presented are<br />

topics on RF propagation, 3G and 4G<br />

networks, and the future of wireless<br />

telecommunications.<br />

3 Units<br />

45 Lecture hours<br />

27 Lab hours<br />

ELEC 101<br />

Basic D/C Electronic Circuits and<br />

Devices<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment<br />

Transfers to: CSU<br />

This course is an introduction to the<br />

field of D/C electricity/electronics.<br />

Emphasis is on wiring diagrams and<br />

general descriptions of the operation<br />

of electrical/electronic devices.<br />

Laboratory work provides experience<br />

with the use of meters, schematics,<br />

oscilloscopes, and common laboratory<br />

equipment.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 102<br />

Basic A/C Electronic Circuits and<br />

Devices<br />

Prerequisite: ELEC 101<br />

Transfers to: CSU<br />

This course is an introduction to the<br />

field of A/C electricity/electronics.<br />

Emphasis is on wiring diagrams and<br />

general descriptions of the operation<br />

of electrical/electronic devices.<br />

Laboratory work provides experience<br />

with the use of meters, schematics,<br />

oscilloscopes, and common laboratory<br />

equipment.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 105<br />

Computer Simulation and Fabrication<br />

of Electronic Circuits<br />

Prerequisite: ELEC 101<br />

Transfers to: CSU<br />

This course provides an introduction<br />

to the use of computer software in the<br />

simulation and fabrication of electronic<br />

circuits and printed circuit boards. It<br />

is intended for students in electronics<br />

technology as well as those currently<br />

working in the electronics industry.<br />

Using a popular educational version<br />

of circuit simulation software, the<br />

Electronics Workbench TM program<br />

suite, students will be introduced<br />

first to concepts of analog and digital<br />

circuit simulation. The modeled<br />

circuits are then processed. Fabricated<br />

and ultimately tested as prototype<br />

circuit boards. Students will learn to<br />

use a miniature computer controlled<br />

circuit board mill to produce the<br />

prototypes.<br />

2 Units<br />

18 Lecture hours<br />

54 Lab hours<br />

ELEC 108<br />

Introduction to Solid State Devices<br />

and Circuits<br />

Prerequisite: ELEC 102<br />

Transfers to: CSU<br />

The characteristics introduced are:<br />

solid state devices, BJT and FET<br />

transistors, diodes, special diodes,<br />

thyristors, and IC’s (digital and<br />

analog), typical applications of<br />

each device in amplifier, regulator,<br />

oscillator, timer and digital circuit. An<br />

introduction to AM/FM is presented.<br />

This is a course for electronic,<br />

automotive and computer technicians.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 109<br />

Linear, Analog Circuits and Devices<br />

Prerequisite: ELEC 108<br />

Transfers to: CSU<br />

This course builds on the foundation<br />

laid in Electronics 108, continuing the<br />

study of solid state devices and circuit<br />

with emphasis on the Integrated<br />

Circuit (IC) and applications. Discrete<br />

linear analog devices, along with<br />

integrated circuits and external<br />

circuitry are studied. IC device<br />

characteristics are developed. Input/<br />

output impedance, drift, offset, bias<br />

current, Common Mode Rejection<br />

Ratios (CMRR), Gain, Frequency<br />

Response and simple modeling<br />

are among the topics considered.<br />

Various IC devices considered such<br />

as: Operation Amplifier, Oscillators,<br />

Phase Locked Loops, Voltage<br />

Regulators, Peripheral Devices and<br />

Line Transmission circuits. Use of<br />

device data sheets and application<br />

notes will be introduced to provide<br />

training in the selection of devices for<br />

specific purposes.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 111<br />

Introduction to Digital Electronics<br />

Prerequisite: ELEC 108<br />

Transfers to: CSU<br />

This course is an introduction<br />

to electronic digital principles<br />

common to all areas of electronics.<br />

A comprehensive study of: Binary<br />

codes, Hexadecimal codes, Boolean<br />

algebra, Logic Circuits, Gates, Adders,<br />

TTL, CMOS and ECL families will be<br />

covered. The course is intended for<br />

people currently in the electronics<br />

industry and for Electronics Majors.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

ELEC 208<br />

Advanced Solid State Devices and<br />

Circuits<br />

Prerequisite: ELEC 108<br />

Transfers to: CSU<br />

This course presents methods of<br />

analysis, design, and testing of common<br />

solid-state circuits. Study of design<br />

parameters and approximations for<br />

amplifiers and oscillators are included.<br />

174 / <strong>Rio</strong> <strong>Hondo</strong> <strong>College</strong> <strong>2011</strong>-<strong>2012</strong> <strong>Catalog</strong>

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