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61 - COMPUTER MATHEMATICS II (5 UNITS)<br />

CSU<br />

Prerequisite: Completion of Computer Technology 060 or Electronics<br />

010 with a grade of “C” or better.<br />

This course in computer mathematics covers a review<br />

of algebraic concepts, powers of ten and scientific<br />

notation, metric system, algebraic expressions, algebraic<br />

equations, factoring equations containing fractions,<br />

function notations, graphing, special products and factors,<br />

exponents and radicals, quadratic equations, logarithmic<br />

equations, exponential equations, angles, complex<br />

numbers, triangles, trigonometric functions, solution of<br />

right triangles, trigonometric identities, phasors, complex<br />

operator, phasor algebra and applications of math to<br />

electronics.<br />

64 - COMPUTER ELECTRONICS AND<br />

LABORATORY (4 UNITS) CSU<br />

Prerequisite: Completion of Computer Technology 054 with a grade<br />

of “C” or better.<br />

This course covers (through lecture, discussion, and<br />

laboratory) semiconductor devices and their application<br />

to computer circuits with emphasis on linear circuits,<br />

including heat sink theory and evaluation, and the analysis<br />

of rectifier and amplifier circuits (including H-Parameters).<br />

Methods of testing and troubleshooting these devices are<br />

evaluated using standard lab test equipment, (curve tracers,<br />

LCR bridge, x-y plotter and AC voltmeters). In addition,<br />

technical report writing is emphasized on concepts learned<br />

through experimentation.<br />

68 - MICRO INTEGRATED CIRCUITS AND<br />

LABORATORY (4 UNITS) CSU<br />

Prerequisite: Completion of Computer Technology 064 with a grade<br />

of “C” or better.<br />

This course concerns the linear design and applications<br />

(power supply regulation, low frequency amplifiers,<br />

power amplifiers, comparators and active filters) of<br />

transistor and integrated circuit devices in the related<br />

fields of computers and data communications. This is<br />

a discussion/demonstration course with emphasis on<br />

application methods of design. A series of projects from the<br />

indicated applications are assigned as laboratory projects.<br />

In addition, technical report writing, emphasizing design<br />

and data evaluation is an integral part of the course.<br />

70 - STORAGE PRINCIPLES AND DEVICES AND<br />

LABORATORY (4 UNITS) CSU<br />

Prerequisite: Completion of Computer Technology 056 or Computer<br />

Technology 064 with a grade of “C” or better.<br />

This course is an introduction to the study of pulse<br />

generating circuits as applied to digital computers and<br />

other electronic timing circuits. Typical circuits to be<br />

investigated are multivibrators, blocking oscillators,<br />

limiters, clippers, counters, and Schmitt triggers. Technical<br />

report writing emphasizing design and data evaluation is<br />

an integral part of this course.<br />

73 - COMPUTER PROJECTS (2 UNITS) CSU<br />

Prerequisite: Completion of Computer Technology 056 with a grade<br />

of “C” or better.<br />

With instructor guidance, the student designs, evaluates,<br />

and assembles project involving digital computers and/<br />

or computer programming. Course emphasizes student<br />

research and originality.<br />

74 - A+ CERTIFICATION PREPARATION/INTRO<br />

TO COMPUTER REPAIR I (4 UNITS) RPT 3<br />

This course introduces personal computer (PC), hardware<br />

operating system characteristics and basic troubleshooting/<br />

repair techniques. Students will develop the ability to<br />

disassemble/assemble an operational PC, perform system<br />

upgrades, learn and perform reformatting and partitioning<br />

of HDDs’, and identify/replace malfunctioning hardware<br />

and peripheral devices. This is the first course for preparing<br />

students for A+ certification.<br />

76 - A+ CERTIFICATION PREPARATION/INTRO<br />

TO COMPUTER REPAIR II (4 UNITS) RPT 3<br />

Prerequisite: Completion of Computer Technology 074 with a grade<br />

of “C” or better.<br />

This course emphasizes hands-on training through a<br />

3-hour lecture and a 3-hour laboratory session. Students<br />

are introduced to current operating systems utilized on<br />

personal computers (PCs) and portable PCs. Windows<br />

98, 2000 and NT are evaluated in terms of their function,<br />

structure, operation and file management characteristics.<br />

Students learn techniques for installation, configuration,<br />

memory management and upgrading PCs. Diagnosing and<br />

troubleshooting operating systems is stressed in assigned<br />

lab projects. Students learn to set up basic networking<br />

systems, preventative maintenance practices and follow<br />

standard safety practices. Initial set up procedures for<br />

monitors and printers will be presented, in addition to<br />

troubleshooting and maintenance on these devices.<br />

78 - INTRODUCTION TO NETWORK+ (4 UNITS)<br />

RPT 3<br />

Recommended Prerequisite: Completion of Computer Technology 076<br />

with a grade of “C” or better.<br />

This course is structured to provide Networking<br />

fundamentals outlined by COMPTIA, in order to prepare<br />

students to become NETWORK + Certified. Topics<br />

presented during lectures/labs include: Networking<br />

2012-2014 General Catalog Course Descriptions * 127

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