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Course Criteria
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4.00 Credits
Prerequisites: Eltrn 9 and Math 8. Introduction to logic circuit design and microprocessors. Design and analysis of digital, combinatorial logic, and sequential circuits. Minimization techniques using Boolean algebra and Karnaugh maps. Interfacing requirements, truth tables, multiplexers, demultiplexers, A/D converters and DAC's. Computer arithmetic and preparation of assembly language programs. Laboratory experience using digital circuits and microprocessors. Total of 54 hours lecture and 54 hours laboratory. Transfer Credit: CSU
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5.00 Credits
Prerequisite: Enrollment in or completion of Math 8. Measuring units of physics and electricity, nature and laws of the atom, resistance, voltage and current. Network theorems in simple to complex circuits. Theories of magnetism and statics leading to understanding of inductance and capacitance. sine wave analysis, series and parallel impedance circuits, vector solutions of AC, reactive and resonant circuit problems. Laboratory measurements and test techniques with instruments and computer simulation. Total of 72 hours lecture and 72 hours laboratory. Transfer Credit: CSU
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2.00 Credits
Fundamental concepts, theories, laws and devices used in the technical industry. Circuit analysis using testing and measuring procedures. Troubleshooting procedures using schematic, measurement instruments and hands-on laboratory experience. Required instructional trips. Total of 18 hours lecture and 54 hours laboratory. Transfer Credit: CSU
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2.00 Credits
Inspection using the national, state and local codes. Duties of the electrical inspector with emphasis on code enforcement, inspection procedures, plan reading, electrical symbols and terminology. Methods of performing electrical inspections and interpreting electrical systems based on the current electrical codes and standards. Emphasis on the importance of safety, asbestos abatement awareness, anchoring and supporting for earthquake mitigation. Quality workmanship, efficient and well-designed electrical systems and retrofitting. Required instructional trips. Recommended Eltry 240ABCD or 248ABCD. No credit if taken after Eltry 217A or B. Total of 36 hours lecture.
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1.00 Credits
Prerequisite: Eltry 217. Review of recent changes and revisions to local, state and national electrical codes and standards. Emphasis on new methods of code applications and calculations. Code reference on installation of new electrical hardware and materials. Discussion of future trends of electrical design concepts. Maximum credit 3 units, 1 unit each semester. Total of 18 hours lecture.
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8.00 Credits
Introduction to direct current circuits, theory, practices, applications, DC electrical systems and troubleshooting techniques. Use state-of-the-art equipment, components, devices, power sources for hands-on laboratory experiments. Identify commonly used electrical symbols, abbreviations, circuits, diagrams, wiring methods, and test measuring instruments. Formulas used in electrical theory, offering a review and application of various functions: principles of magnetism and electromagnetic applicable to electrical components, proper use and selection of tools and electrical specifications, codes and standards. Required instructional trips. Total of 90 hours lecture and 180 hours laboratory.
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8.00 Credits
Prerequisite: Eltry 240A. Introduction to alternating current circuits, theory, practices and applications for electrical power generation and control circuits. Fundamental theory, calculations, formulas and applications of AC and DC power generation, transmission and distribution systems, transformers, motors and generators. Study complex networks such as RC, RL and RLC circuits, motor controllers, electromagnetic circuits and Poly-Phase systems. Course will include explanation of electrical specifications, codes, standards, terms, abbreviations, components, safety and wiring requirements. Hands-on-laboratory assignments with state-ofthe art test and measurement instruments will provide testing techniques and troubleshooting procedures. Required instructional trips. Total of 90 hours lecture and 180 hours laboratory.
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8.00 Credits
Prerequisite: Eltry 240B. An advanced course that requires knowledge of AC and DC theory, practices and applications. Investigates the theory and applications of motors, generators, electromagnetic, systems and their interaction in power distribution systems and machinery. Covers principles of AC, installation of devices in AC circuits and response to circuits of AC excitation; concepts of electrical symbols, abbreviations, diagrams, specifications, safety procedures, codes and standards. Provides a technical, theoretical, practical and multidisciplinary approach to a broad understanding of electrical formulas, calculations for power technology and alternative energy sources. Hands-on and computer aided laboratory experiments to develop knowledge and skills in programmable controllers for electrical machinery used the in electrical industry. Required instructional trips. Total of 90 hours lecture and 180 hours laboratory.
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8.00 Credits
Prerequisite: Eltry 240C. Advanced course provides theoretical and practical principals concerning DC and AC circuits and systems, electric machinery and automated systems. Design of programmable logic control circuits and systems, ladder logic and diagram, systems wiring, sequencers, numbering systems, timing and counters, logic and math instruction, and program mapping. Machine control functions consisting of; relay type instructions, solid state devices, software development, programming language and diagnostic analyst, using test and measuring instruments. Applications of programmable logic controls include; wire management, management of co-generations systems, alternate energy sources, communication and sensor program management, integrated network systems and uninterrupted power systems. Hands-on laboratory provide applications for installation specifications, system wiring, systems inspection procedures for safety and related codes and standards. Required instructional trips. Total of 90 hours lecture and 180 hours laboratory.
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4.00 Credits
Fundamental theory and application of DC circuits for the electrical industry. Explanation of electrical terms, codes and components. Measuring electrical parameters with state-of-the-art measurement instruments. Hands-on laboratory assignments with instruments, test techniques, troubleshooting procedures and schematic reading. Required instructional trips. Total of 54 hours lecture and 54 hours laboratory.
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