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ELTE 101 - Survey of Electronics
Advisory: Eligibility for ENGL 097, READ 099 and MATH 100. An overview of the history of the scientific method as it has been developed and applied to the laws of Physics, Chemistry and Math as it pertains to electronics. The physics of direct and alternating current circuits, semiconductors, and integrated circuits (IC's) as they pertain in areas such as electrical power generation and distribution, electronic communications, medical electronics, industrial electronics, and computers will be covered. Throughout the course, the scientific history, political and socioeconomic aspects of electronics technology will be examined. The laboratory facilitates "hands-on" use of electrical monitoring equipment. This allows comprehension of the electrical phenomenon to be displayed, thereby, providing an indication of the presence of the physics of the electrical occurrence. (CSU, AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 110 - Electronic Mathematics
Advisory: Eligibility for ENGL 099, READ 099 and MATH 100. Scientific notation, manipulation of algebraic expressions, basic trigonometry, logarithms, Boolean algebra, and use of electronic calculators. Emphasis is on using mathematics as a tool for understanding the principles of electronics. (AVC)
4.000 Credit Hours
70.000 Lecture hours
ELTE 125 - Direct Current and Alternating Current Principles
Prerequisite: Completion of ELTE 110 or concurrent enrollment. Advisory: Eligibility for ENGL 099, READ 099 and MATH 100. Basic concepts of direct current including voltage, current, power, and resistance. Ohm's Law and Kirchhoff's Laws are used to analyze series, parallel, and series-parallel circuits. Concepts of alternating current including voltage and current phasing, power factors, resistance, reactance and impedance. Capacitive and inductive circuits are included. Laboratory experiments reinforce theory and also teach proper use of test equipment and soldering techniques. Proper use of oscilloscopes and other test equipment is emphasized. (AVC, 2+2)
5.000 Credit Hours
52.500 Lecture hours
52.500 Other hours
ELTE 130 - Digital Circuit Analysis
Prerequisite: Completion of ELTE 125. Advisory: Eligibility for ENGL 099, READ 099 and MATH 100. Digital circuit concepts related to small and medium scale integrated circuits. Includes Boolean algebra, basic logic gates, flip flops and more complex combinational logic circuits such as multiplexers, decoders, counters and displays. Laboratory exercises emphasize use of IC specification books, troubleshooting, and use of test equipment. More advance soldering techniques are also included. (AVC)
4.500 Credit Hours
52.500 Lecture hours
52.500 Other hours
ELTE 135 - Analog Circuit Analysis
Prerequisite: Completion of ELTE 125. Advisory: Eligibility for ENGL 099, READ 099 and MATH 100. Covers basic analog devices and circuits related to electronic signal processing. Includes diodes, transistors, and integrated circuits. Applications include power supplies, amplifier circuits, and basic operational amplifier circuits. Use of test equipment and troubleshooting is emphasized. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 140 - Microprocessor Systems I
Prerequisite: Completion of ELTE 130 or concurrent enrollment. Advisory: Eligibility for ENGL 099, READ 099 and MATH 100. The internal register set and basic microprocessor instructions are included in this course. Students write small programs to exercise registers and learn the concepts of the hardware/software interface. Basic input and output techniques introduce students to microprocessor controlled systems. (AVC)
2.500 Credit Hours
35.000 Lecture hours
35.000 Lab hours
ELTE 141 - Network Router Systems I
Advisory: Completion of ELTE 125, and Eligibility for ENGL 099, READ 099 and MATH 100. This is the first of four Cisco Networking Academy courses leading to a Cisco Certified Networking Associate (CCNA) certificate. Fundamentals in networking and inter-networking structure and theory, IP addressing, binary mathematics, LAN topologies and architecture, basic network design, cables and cabling standards and basic networking cabling. Includes theory and "hands-on" applications. (AVC)
3.000 Credit Hours
34.000 Lecture hours
52.500 Lab hours
ELTE 142 - Network Router Systems II
Prerequisite: Completion of ELTE 141. This is the second of four Cisco Networking Academy courses leading to a Cisco Certified Networking Associate (CCNA) certificate. Fundamentals in router configuration and inter-networking structure and theory, OSI model, IP addressing, LAN and WAN topologies and architecture, routed and routing WAN topologies, router modes, router components, routing protocols, router setup, router troubleshooting, IOS command and configuration, and TCP/IP. Includes theory and "hands-on" application. (AVC)
3.000 Credit Hours
34.000 Lecture hours
52.500 Lab hours
ELTE 199 - Work Experience
Prerequisite: Students must be registered in at least 7 units (including the Work Experience units) and have approval of instructor supervising work experience subject area; prior to enrolling, students must attend a scheduled orientation. The Work Experience program provides supervised employment extending classroom-based learning to an on-the-job learning situation. Students meet with instructor by arrangement to discuss learning objectives, along with experiences and/or problems arising on the job. (CSU, AVC) (R3)
1.000 TO 4.000 Credit Hours
68.000 Other hours
ELTE 220 - Microprocessor Systems II
Prerequisite: Completion of ELTE 140. Advisory: Eligibility for ENGL 099 and READ 099. Covers topics related to interfacing microprocessors with other devices required for microprocessor controlled systems. Includes, bus structures, addressing, memory, input, output, device control techniques and the relationships between hardware and software. Emphasis in the lab is on troubleshooting hardware/software systems. (AVC)
2.500 Credit Hours
35.000 Lecture hours
35.000 Lab hours
ELTE 221 - Network Router Systems III
Prerequisite: Completion of ELTE 142. This is the third of four Cisco Networking Academy courses leading to a Cisco Certified Networking Associate (CCNA) certificate. Fundamentals in LAN (Local Area Network) design, configuration and inter-networking structure and theory, a review of OSI model layers and functions, LAN switching, VLANS (Virtural LANs), Interior Gateway Routing Protocols, Access Control Lists and IP/X routing configuration, monitoring and troubleshooting. Includes theory and "hands-on" application. Students will begin completing a Thread Case Study as a practical application toward demonstrating ability to design, configure, install and implement a LAN with proper access control security. (AVC)
3.000 Credit Hours
34.000 Lecture hours
52.500 Lab hours
ELTE 222 - Network Router Systems IV
Prerequisite: Completion of ELTE 221. This is the fourth of four Cisco Networking Academy courses leading to a Cisco Certified Networking Associate (CCNA) certificate. Fundamentals in Wide Area Network (WAN) topologies, interfaces, protocols, linking technology, frame encapsulation, design, inter-networking structure and theory, ISDN and ISDN components, configuration, frame relay and subinterfaces. Includes theory and "hands-on" application including designing, configuring, installing and implementing a Wide Area Network. Students will continue with Thread Case Study. Upon completion of this course, students are eligible to take the Cisco CCNA certification test. (AVC)
3.000 Credit Hours
34.000 Lecture hours
52.500 Lab hours
ELTE 235 - Electronic Communications I
Prerequisite: Completion of ELTE 135. Prepares the student for entry into the rapidly expanding field of communication. Includes the analyzing of electrical signals, waveforms and harmonics, combining signals, amplitude modulation and sideband communications, and the creating, amplifying and reproducing of signals. Knowledge gained is applied to real-world problem solving and verified in the labortory by experiments. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 240 - Repair/Analysis Video Systems
Prerequisite: Completion of ELTE 135. Basic theory and circuit analysis required for the troubleshooting and repair of modern solid state video systems using the NTSC signal. Emphasis will be placed on television and its associated systems. This will include any preventive maintenance, safety procedures, laws and regulations. Students will learn basic theory and component level troubleshooting techniques. This course is 50 percent lecture and 50 percent "hands-on" type experience in a laboratory environment. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 241 - Repair/Analysis Video Systems
Prerequisite: Completion of ELTE 135. Basic theory and circuit analysis required for the troubleshooting and repair of modern solid state video cassette recorders, using the NTSC signal. Students will learn basic theory and component level troubleshooting techniques. This course is 50 percent lecture and 50 percent "hands-on" type experience in a laboratory environment. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 242 - Inst/Maint Elect Audio/Video
Prerequisite: Completion of ELTE 135. Basic theory, layout, installation, setup, operation and maintenance of modern electronic systems in the audio/video industry. Emphasis will be placed on public address, intercom, audio duress and alarm, television, close circuit television and recording systems. This will include any preventative maintenance, safety procedures, laws and regulations. Students will learn theory, layout, installation techniques, setup of equipment, operation and maintenance procedures. The course is 50 percent lecture and 50 percent "hands-on" type experience in a laboratory environment. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 243 - Inst/Maint Elect UHF/VHF Sys
Prerequisite: Completion of ELTE 135. Basic theory, layout, installation, setup, operation and maintenance of modern electronic systems in the UHF/VHF communications industry. Emphasis will be placed on antennas, transmission lines and UHF/VHF communications. This will include and preventive maintenance, safety procedures, laws and regulations. Students will learn theory, layout, installation techniques, setup of equipment, operation and maintenance procedures. The course is 50 percent lecture and 50 percent "hands-on" type experience in a laboratory environment. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 244 - Instrumentation Electronics
Prerequisite: Completion of ELTE 110 or ELTE 135. This study of electronics, gyroscopic, and other instruments used for detecting, measuring, recording, telemetering, processing, and/or analyzing different values of quantities as encountered in testing or operation of aeronautical and aerospace systems. (AVC)
3.000 Credit Hours
52.500 Lecture hours
ELTE 244L - Instrumentation Elect Lab
See ELTE 244.
1.000 Credit Hours
52.500 Lab hours
ELTE 245 - Electronic Test Instruments
Prerequisite: Completion of ELTE 110 or ELTE 135. Practical theory and troubleshooting in electronic test instruments. Includes signal generators, oscilloscopes, frequency-measuring instruments, Ohmmeters, counters and timers, and radiation instruments. (AVC)
3.000 Credit Hours
52.500 Lecture hours
ELTE 250 - Electronic Communications II
Prerequisite: Completion of ELTE 135. Prepares the student for entry into the rapidly expanding field of communications. Includes the theory and analyzation of communications fundamentals, amplitude modulation (AM, suppressed carrier and single sideband), AM receivers, angle modulation, analog and digital pulse modulation, multiplexing, transmission lines, and antennas. Knowledge gained is applied to real-world problem solving and verified in the laboratory by experiments. (AVC)
4.000 Credit Hours
52.500 Lecture hours
52.500 Lab hours
ELTE 252 - Introduction to Avionics
Advisory: Completion of ELTE 130 and ELTE 135, and Eligibility for ENGL 099, READ 099, and MATH 100. Introduction to the electronic systems used in aircraft navigation, communication and control. Emphasis on system purpose, terminology and function. Both ground and airborne systems will be covered. (AVC)
3.000 Credit Hours
52.500 Lecture hours
ELTE 254 - Radio Telephone License
Prerequisite: Completion of ELTE 110 or ELTE 135. A course designed to give the student a knowledge and understanding of FCC rules and regulations, skills to tune and adjust communication and broadcast transmitters, receivers and antennas, and associated knowledge required to pass the FCC Radio Telephone operator's license exam. (AVC)
3.000 Credit Hours
52.500 Lecture hours
ELTE 255 - Computer Systems Maintenance
Prerequisite: Completion of ELTE 140. Advisory: Eligibility for ENGL 099 and READ 099. Includes all aspects of computer maintenance and repair. Emphasis is on symptom analysis and diagnostic troubleshooting. Students will disassemble, reassemble, troubleshoot and repair computer systems using a variety of electronic test equipment and diagnostic software. Includes topics related to A+ Certification. (AVC)
4.500 Credit Hours
52.500 Lecture hours
52.500 Other hours
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