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114 <br /> <br /> Course Cornpetencics: Upon completion of this course the participant will be able to: <br /> <br /> * Demonstrate the ability to use fundamental concepts that pertain to digital and <br /> analog systems. <br /> <br /> * Investigate and demonstrate understanding of the properties of various <br /> numbering systems with special emphasis on the binary system, codes, <br /> arithmetic, and logic operations. <br /> <br /> * Demonstrate effective understanding of basic logic elements and their <br /> characteristics. <br /> <br /> * Analyze combinational logic circuity through Boolean algebra and Karnaugh <br /> mapping techniques. <br /> <br /> * Demonstrate effective understanding of memory type logic elements, such <br /> flop-flops, and analyze circuits containing these elements such as arithmetic <br /> and counter circuits. <br /> <br /> * Recognize and use various logic families. <br /> <br /> * Broadly relate how digital systems are applied to microcomputer based process <br /> control. <br /> <br /> * Exhibit characteristics important to employers - objectivity, honesty, and <br /> dependability. <br /> <br /> ELNT 1406 - Introduction to Microprocessor <br /> <br /> Course Competencies: Upon completion of this course the participant will be able to: <br /> <br /> * Demonstrate effective understanding of the basic elements that comprise <br /> typical microprocessor based systems. <br /> <br /> * Utilize basic programming skills which include machine and assembly language <br /> programs. <br /> <br /> * Utilize debugging tools including simulators/emulators. <br /> <br /> * Construct, analyze, and troubleshoot microprocessor based systems. <br /> <br /> * Exhibit characteristics important to employers - objectivity, honesty, and <br /> dependability. <br /> <br /> ELNT 1410 - Solid State <br /> <br /> Course Competcncies: Upon completion of this course the participant will be able to: <br /> <br /> * Investigate and demonstrate understanding of the electrical characteristics of <br /> materials which arc classified as semiconductors. <br /> <br /> * Investigate and demonstrate understanding of the primary diode and transistor <br /> configurations which includes the design and implementation of the circuits. <br /> <br /> * Design and troubleshoot fundamental circuits such as electronic power <br /> supplies, amplifiers, and oscillators. <br /> <br /> * Investigate and demonstrate understanding of the properties and applications <br /> of special semiconductor devices including protective, optoelectronic, and <br /> voltage regulating types. <br /> <br /> * Exhibit and characteristics important to employers - objectivity, honesty, and <br /> dependability <br /> <br /> <br />