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  • EL 170: Electric Power Systems

    3.00 Credits
    Erie Community College

    An overview of the electric power system from generation, transmission, distribution and delivery of electric power. Topics include: methods of generating electricity such as hydro, thermal coal, thermal nuclear, solar and gas turbine, transmission system voltages and construction, along with Wye and Delta distribution systems, transformers, single phase and three phase banks for common delivery voltages, electric service construction and building wiring methods and electric safety. Co-requisite: EL 150 S (N)
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  • EL 173: Electric Power Overhead Construction

    4.00 Credits
    Erie Community College

    Learn the skills necessary for the construction and maintenance of overhead electric distribution systems. Topics include: climbing of wood poles, performing construction from an overhead position, use of ropes and rigging equipment. Prerequisite: EL 170 S (N Grid/N) EL 200 Microcontrollers 3-0-3 This course includes a study of microcontroller hardware, software, interfacing, applications and troubleshooting. The architecture, instruction set and programming of a modern microcontroller are covered. Special features including A/D conversion and PWM control are included. Applications to data acquisition and control are presented. Prerequisites: EL 156 and EL 157. F (N)
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  • EL 201: Lab for EL 200

    1.00 Credits
    Erie Community College

    Experiments with a modern microcontroller include arithmetic logic, digital I/O, serial communications, interrupt operations, data acquisition and PWM control. Programming is via a cross assemble with download from a host computer. Co-requisite: Concurrent registration in EL 200 required. F (N)
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  • EL 204: Electronics II

    3.00 Credits
    Erie Community College

    Analysis of small and large signal BJT and FET amplifier response; broad band frequency characteristics; multi-stage circuits; power amplifiers; operational amplifier circuits; active filters; linear integrated circuits (LIC), timers and three-terminal regulators; characteristics and circuit use of SCRs, DIACs and TRIACs. Prerequisites: EL 154 and concurrent registration in EL 205. F (N)
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  • EL 205: Lab for EL 204 0- 3

    5.00 Credits
    Erie Community College

    Experiments demonstrate the characteristics of various transistor and FET amplifiers, operational amplifiers, timers, three-terminal regulators, SCR circuits and multi-stage amplifiers. Co-requisite: Concurrent registration in EL 204. F (N)
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  • EL 206: Machines and Controls

    3.00 Credits
    Erie Community College

    Magnetics; electromagnetics; B-H curves; Faraday's Law; ideal transformers; practical transformer; losses; hysteresis; eddy currents; equivalent circuit, Lenz's Law; short circuit/open circuit testing; introduction to heat, torque, speed, inertia; DC motor theory; shunt, series, compound motor characteristics; armature reaction; Lorentz's Law; review of three phase power; AC motor theory; induction, synchronous, three phase and single phase motors. Prerequisites: EL 150. F/S (N)
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  • EL 207: Lab for EL 206 0

    3.00 Credits
    Erie Community College

    Transformer experiment; turns ratio; Edison system; autotransformer; transformer polarity test; short and open circuit tests; transformer loading characteristics; DC motor operating characteristics; shunt, series, compound, dynamic braking; AC three phase induction motor operating characteristic; variable speed drives; data taking, analysis and well organized report. Prerequisite: EL 161; concurrent registration in EL 206. F/S (N)
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  • EL 208: Microcomputers

    3.00 Credits
    Erie Community College

    This course covers microcomputer hardware and software with the focus on preparing the student for configuring, operating, maintaining and servicing personal computers. Topics include: system architecture and hardware, peripherals installation, BIOS routines, batch files, assembly language and debug, the operating system, interrupts, POST tests and diagnostics. Prerequisite: EL 156.
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  • EL 209: Lab for EL 208 0

    3.00 Credits
    Erie Community College

    Experiments explore personal computer architecture, hardware, software, configuration, maintenance and diagnostics. Batch file and assembly language programming are used to configure and diagnose computer systems. Concurrent registration in EL 208. F (N)
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  • EL 256: Control Systems

    3.00 Credits
    Erie Community College

    Process control concepts; analog and digital signal conditioning; position, motion, force and process variable sensors; discrete state control; DC servo motors; stepper motors; linear actuators; control circuits; PID control; analog controllers; digital controllers; control loop characteristics and tuning; virtual instruments; data acquisition and control using LabVIEW. Prerequisite: EL 204. S (N)
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