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Course Criteria
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3.00 Credits
A study of the operational amplifier as a scanner and integrator. The "bootstrap method" of analog computer patching. Digital fundamentals include number systems, Boolean algebra, logic circuits, memory devices, binary elements and input/output devices. Additional lab hours required. Prerequisite: PHY:115 and Reading Proficiency.
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4.00 Credits
Digital computer fundamentals from the systems and circuit approach and an introduction to the basic theory of analog computers. Additional lab hours required. Prerequisites: EE:112 or EE: 132 or EE: 101 and MTH:124 and Reading Proficiency.
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5.00 Credits
The conversion of electrical energy from AC to DC, types of amplifiers and techniques of analyzing them, audio input/output devices. Additional lab hours required. Prerequisites: EE: 132 and Reading Proficiency.
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4.00 Credits
The fundamental theory and application of communications circuits and devices. The study of radar fundamentals, transmission lines, and electromagnetic interference will be included. Additional lab hours required. Prerequisites: EE: 234 or BE: 251 and Reading Proficiency.
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3.00 Credits
This course presents the fundamentals of ladder logic (formerly relay logic) used in modern industrial controllers. Basic elements such as timers, counters, and sequencers are studied, as well as traditional methods of applying them to machine control. Students will program and perform laboratory experiments with programmable logic controllers, using the Allen Bradley SLC 500 family and the Micrologic series, with an introduction to control logic. Additional lab hours required. Prerequisites: GE:101 or EE: 233 or ME: 140 or departmental approval and Reading Proficiency.
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4.00 Credits
Direct current and alternating current motors and generators construction and characteristics are studied, as well as the associated starting and control circuitry. The laboratory experiments will deal with related classroom work. Additional lab hours required. Prerequisite: EE: 131 and Reading Proficiency.
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3.00 Credits
This course is a general study of the sources of energy, types of generating stations, their comparative merits, transmission and distribution systems. Topics on transmission and distribution include types of construction, terminal facilities, equipment and protection against faults. Over-all system behavior, stability and industrial utilization of electrical energy are included. Attention is also given to the consideration of electric utility economics. Prerequisites: EE: 131 and Reading Proficiency.
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3.00 Credits
The microprocessor is the principal unit in control apparatus in industry today. Structure of a microcomputer input/output central processor and control units, memory programming techniques, logic circuits and arithmetic operations. Additional lab hours required. Prerequisite: GE: 101 or EE: 233, previous or concurrent enrollment and Reading Proficiency.
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3.00 Credits
A continuation of EE:242, emphasizing real-world applications of microprocessors and problems encountered during interfacing to external devices. Software subroutines required to drive external devices will be introduced. Prerequisites: EE: 242 and Reading Proficiency.
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3.00 Credits
This course provides techniques in safety precautions, use of laboratory equipment and component familiarization. Students receive experience in soldering techniques, chassis fabrication such as bending, drilling and punching, wiring, harnessing, and general shop practice. This course also provides the student with specialized training in printed circuit board layout and production procedures. Students are required to select a project which must be assembled on PCB, tested for proper operation, and mounted in an appropriate housing. Students must submit the completed project with documentation of the fabrication procedures for final grade assignment. Additional lab hours required. Prerequisites: EE: 132 or EE: 208 and EGR: 104 and Reading Proficiency.
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