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Displaying 251-260 of 1051 results.
Course TitleCourse DescriptionCreditsPrerequisitesCourse NumberCourse Outline
 
Solid State Components and CircuitsThis course will introduce students to a wide range of active solid-state devices such as transistors, unijunction transistors and silicon-controlled rectifiers. It also teaches how these devices are used in practical circuits such as amplifiers, speed controls, switching circuits and timing circuits. The student will compute component and circuit parameters. These will then be compared with measured data. Circuits will be designed and evaluated by breadboarding and/or computer simulation software.5ELEC1150 or equivalentELEC1250View
Motor and Motor ControllersThis course covers the characteristics of D.C., A.C. and stepper motors. Controller operation for these motors is also covered. Motor generators sets are used to study conversion of mechanical energy to electrical energy.3ELEC1250 and ELEC1300 or equivalentELEC2100View
Basic TroubleshootingThis course will allow students to troubleshoot larger circuits and systems. Students will utilize schematics, wiring diagrams, functional block diagrams, component placement diagrams, deductive reasoning and test equipment to determine faulty circuits and components. A practical troubleshooting exercise will be the final test.3ELEC1250 or equivalentELEC1400View
Basic Digital LogicThis course introduces the student to digital electronic circuits. Numbering systems are introduced and a variety of binary codes discussed. Logic family characteristics are discussed. Truth tables, Boolean algebra and Karnaugh Maps are used to analyze, troubleshoot and design digital circuits.3ELEC1250 or equivalentELEC1450View
Operational AmplifiersThis course will introduce students to integrated analog amplifier, timing and waveshaping circuits. Students will test the components for proper operation and parameters. Students will design and build a variety of practical circuits utilizing operational amplifiers. They will test all circuits for proper operation and compute component and circuit parameters. These will then be compared with measured data. Circuits will be designed and evaluated by breadboarding and/or computer simulation software.2ELEC1250 or equivalentELEC1300View
Regulated Power SuppliesIn this course students will learn how circuits can regulate and control voltages and currents. A variety of practical power supply circuits will be built and tested. Circuits will be designed and evaluated by breadboarding and/or computer simulation software.2ELEC1300 or equivalentELEC2450View
Advanced TroubleshootingThis course will allow students to troubleshoot complex circuits and systems. Students will utilize schematics, wiring diagrams, functional block diagrams, component placement diagrams, deductive reasoning and test equipment to determine faulty circuits and components. A timed practical troubleshooting exercise and the work done during the course will be used to evaluate the student.4ELEC1400 or equivalentELEC2050View
Advanced Digital Circuits IThis course applies the concepts presented in the course Basic Digital Logic. It also covers the circuits that are in basic digital systems. Registers, counters, adders and comparators. Complex digital circuits, such as Memory circuits, the ALU and a basic computer system are discussed and analyzed. Other common digital integrated circuits are also included in this course.4ELEC1450 or equivalentELEC2000View
Industrial ControlsThis course covers the fundamental concepts of input and output transducer circuits, position and motion detection. These concepts will be studied from an analog and digital point of view.2ELEC1450, ELEC2000 and ELEC2020 or equivalentELEC2400View
Microprocessors and Microcomputers IThis course introduces the student to system and microprocessor architecture, timing and the instruction set. Using the instruction set, the student will be able to write simple application programs.4ELEC2000 and ELEC2020 or equivalentELEC2200View