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Course Criteria
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1.00 Credits
Experiments emphasis: use of voltage, current, power and resistance measuring instruments; factors affecting resistance; distribution of voltage, current and power in series; parallel and series/parallel DC resistor circuits; maximum power theorem; Kirchhoff's Laws; Thevenin theorem verified; RC time constant; data taking and well-organized reports. Co-requisite: Concurrent registration in EL 110. F (N)
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3.00 Credits
Course includes symbols and standards and computer aided design using AutoCAD. The student will learn operation of a CAD station, editing, graphic primitives, linetypes, layers, blocks, libraries, dimensioning, isometric and orthographic views. Co-requisite: Concurrent registration in MT 007, MT 121 or higher level Math course. F (N)
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1.00 Credits
Introduction to Visual BASIC as a software tool for technology-based applications solutions. Events, data types, input/output, procedures, control of program flow. I/O programming applications using switches, LED's, serial and parallel ports. Electronic simulation using Multisim. Co-requisite: Concurrent registration in EL110. F (N)
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4.00 Credits
Alternating current and voltage; sine wave form and values; complex numbers; polar/rectangular conversion; phase relationship; vector representation; AC series; parallel and series/parallel; R, C and L circuits; phasers; Kirchhoff's Law; network theorems; determinants; maximum power transfer applied to AC; Resonance; Polyphase systems; delta-wye connections; three-phase voltage; current and power; vector representation; balanced and unbalanced loads and transformers. Prerequisites: EL 110. S (N)
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3.00 Credits
Topics include: lab safety; soldering, desoldering and rework of through-hole and SMT printed-circuit boards; cable fabrication and testing electromechanical construction project including layout, fabrication and assembly; use of drill press, shears, hole punch and bend brake and electrical power wiring using the National Electrical Code. F/S (N)
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3.00 Credits
Presentation of solid-stat physics concepts underlying semi-conductors; P-N materials, diode characteristics; LED, half-wave and bridge rectifiers; simple capacitor filter; Zener characteristics; use as a voltage regulator; bipolar and FET transistor theory and characteristics; switching-mode operation; circuit configurations; biasing and amplification. Concurrent registration in EL 150. S (N)
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3.00 Credits
Introduction to oscilloscope measurement of DC/AC amplitude, frequency and time; characteristics of diodes, zener diodes, bipolar and FET transistors; device application to clippers, clampers, power supplies, regulators, switchingmode operation, DC biasing and smallsignal branching and loops; introduction to Multisim, DC bias and transient analysis. Co-requisite: Concurrent registration in EL 154. F (N)
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3.00 Credits
Logic circuits and Boolean algebra; logic circuit design; logic families operation and specification; flip-flops; registers; counters; data handling; decoder and multiplexer; number systems and codes; arithmetic functions; input/output circuits and memory circuits. Co-requisite: Concurrent registration in EL 154, EL 157. S (N)
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3.00 Credits
Experiments and demonstrations using integrated logic circuits to develop logic designs and combinational logic circuits, flip-flops, data registers, counters, encoding and decoding circuits, arithmetic circuits and RAM operation. Co-requisite: Concurrent registration in EL 156. S (N)
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1.00 Credits
Experiments emphasis: use of AC voltage, current and power measuring instruments; measurement of voltage; current and power in series; parallel and series/parallel RC; RL and RLC single phase circuits; vector diagrams of circuit voltage and current; power factor improvement; current, voltage and power in three-phase circuits; balanced and unbalanced loads; delta-wye connections; data collection and analysis and well-organized reports. Prerequisite: EL 111 and concurrent registration in EL 150. S (N)
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