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Course Criteria
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2.00 Credits
2 Credits, 2 Class Hours Advanced course in the industrial transducer devices most commonly used by industry in Automated Process Control Systems. Topics include electrical and mechanical transducers applied in the measurement of temperature, pressure, flow and position, and exercises using computers and computer interfacing to give a realistic approach to the industrial application of these devices. Prerequisite: EETH 1210
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1.00 Credits
1 Credit, 2 Lab Hours Parallels the EETH 2240 lecture course. Lab exercises include building bridges, and work with transducers and computer interfaces. Corequisite: EETH 2240
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3.00 Credits
3 Credits, 3 Class Hours An introduction to optical fiber as another medium in which information can be transmitted, received, multiplexed, demultiplexed, and distributed. Topics include light sources, detectors, splices and connectors, coupler, fiber-optic systems, and installation and types of fiber-optic equipment. Horizontal and vertical cabling techniques (facilities, cable ways) are taught to BICSI and EIA/TIA standards. Prerequisite: EETH 1210
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1.00 Credits
1 Credit, 2 Lab Hours Parallels the EETH 2250 lecture course. Lab exercises include construction, installation, analysis and trouble-shooting of fiber optic systems and cabling. Corequisite: EETH 2250
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4.00 Credits
4 Credits, 3 Class Hours, 3 Lab Hours Advanced PLC instruction. Topics include shift register, bit and file manipulation, advanced logic and math instructions, remote I/Os, indirect addressing, communication to intelligent modules and developing diagnostic programs. Processor to processor communication is included. Prerequisite: EETH 2600 or IMC 2200
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4.00 Credits
4 Credits, 3 Class Hours, 3 Lab Hours Advanced course in solid-state controls for rotating machinery. Topics include programmable AC, DC drives, single and multi axis controllers, and stepping motor controllers. Topics include the control of pick and place, continuous path robots, G-codes for programming of CNC equipment, encoders, resolvers, tachometers, synchros, accelerometers and motion transducers. Prerequisite: EETH 1110
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3.00 Credits
3 Credits, 2 Class Hours, 2 Lab Hours Advanced course in graphical user interface as used in the industrial control applications. Topics include the creation and configuration of graphical operator interface panels using the Allen-Bradley Panel View and Microsoft Visual Basic programming language, and simple graphical pushbuttons up to the use of multiple screen graphic interfaces with data monitoring and analysis options. Prerequisite: EETH 2600 or IMC 2200
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3.00 Credits
3 Credits, 2 Class Hours, 2 Lab Hours An introductory course in data communication as used in the industrial environment. Topics will include the theoretical aspects of data communication such as bandwidth, channel capacities, error detection/correction, etc., setting up and configuring different types of networks, RS-232, RS485, Ethernet, fiber optics, wireless networks, and several proprietary industrial networks. Prerequisite: EETH 1110
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3.00 Credits
3 Credits, 2 Class Hours, 2 Lab Hours An advanced course in closed-loop control systems and instrumentation. Topics include the modes of control and on the programming of intelligent controllers, PLC, application software used in the industrial environment for process control, and various process transducers for measurements of temperature, level, flow, etc. Prerequisite: EETH 1110
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3.00 Credits
3 Credits, 2 Class Hours, 3 Lab Hours A continuation of EETH 2360 covering the integration of intelligent controllers and devices into the manufacturing system. Topics will include PLC, robots, CNC machinery, intelligent motion controllers, and trouble-shooting techniques. Prerequisite: EETH 2600 and EETH 2340
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