Page 45 of Seattle Community Colleges Course Descriptions by Seattle Community Colleges

213 EPT 230 (5) N Industrial Electronics Digital Intro to logic fundamentals, logic IC families and their characteristics, logic controls and associated circuitry. Includes number systems, binary codes, logic gates, simplifying logic circuits, code conversion, flip-flops, clocks and timers, counters, shift registers, arithmetic circuits, TTL and CMOS circuits, semiconductor memories, D/A and A/D conversion, data communication, industrial applications, and microprocessors. EPT 231 (5) N Industrial Electronics Analog Study analog devices, circuits and systems commonly found in industrial applications. Emphasis on the operational amplifier and the thyristor. Includes input transducers, optoelectronics, servomechanisms and industrial process control. EPT 252 (5) N Digital Data Communication Intro to digital and data communications, including systems and network topologies, telephone systems, grounding and lowspeed data communication. Orientated toward industrial applications. EPT 298 (1-5) N Special Projects Special problems course in industrial power and control technology. Prereq: Permission. EPT 299 (1-7) N Special Projects Independent assignments in industrial power and control technology, under instructor super- vision. Prereq: Permission. EVENING PROGRAM Industrial Power Control Technology EEL 201 (5) N Industrial Transformers Motors First of 3-course series offered in industrial power and control technology. Covers the fundamentals of electricity and magnetism, single phase and three phase circuits, transformers and electrical machines (AC and DC rotating equipment). EEL 202 (5) N Industrial Motor Controls Second of 3-course series. Study sequential control. Covers electromagnetic control devices and circuits for starting, accelerating, stopping, and reversing AC and DC motors. Covers programmable logic controllers. Program basic control circuits on both the Square D SY/MAX line of PLCs and the Allen-Bradley PLC-5. Prereq: EEL 201. EEL 203 (5) N Industrial Motor Drives Third of 3-course series. Study fundamentals of power electronics and electric drives, electronic control of direct current and alternating current motors. Includes advanced PLC (Programmable Logic Controller) programming, and the use of a PLC to control an electric drive. Prereq: EEL 202. ELECTRONICS TECHNOLOGY Includes courses in Electronic Engineering Technology, Biomedical Equipment Technology, Digital Computer Electronics Technology, Electronics Communication Technology. EET 097 (3-6) N Understanding Electricity Electronics Practical survey of electricity and electronics with lab projects. Covers DC/AC, semiconductors, and digital concepts and applications. Includes safety issues, house wiring and household electronics. EET 105 (3) N Intro to Technology Survey disciplines within the field of electron ics and technologies related to electronic occupations to learn the standards, practices and skills necessary for employment in electronic-related occupations. EET 106 (2) N Soldering Safety in the Workplace Develop competent soldering skills in removing and replacing components without causing damage to either the component or the printed circuit boards. Learn techniques to select the proper solder, soldering aids, tools and other associated test equipment. EET 107 (4) N Principles of Electronics Analyzes series and parallel circuits, measuring circuit values with electronic test instruments, constructing DC circuits, and solving for unknown circuit variables. Covers basic concepts of energy, work, power, current, and voltage, as well as Ohms and Kirchhoffs laws. Introduces capacitance, transients, and AC theory and circuit analysis. Prereq: High school algebra. EET 108 (4) N Principles of Electronics Lab First in a series studying electronics in depth. Analyze series and parallel circuits, measure circuit values with electronic test instruments, construct DC circuits and solve for unknown circuit variables. Covers basic concepts of energy, work, power, current and voltage, as well as Ohms and Kirchoffs laws. Intro to capacitance, transients, and AC theory and circuit analysis. Uses computer models. Prereq: High school algebra. Take concurrently with EET 107. EET 109 (5) N Mathematical Applications for Circuit Analysis Overview of basic mathematical applications for electronic circuit analysis. Includes fundamental concepts of operations with numbers, the metric system, fundamental algebraic concepts, graphing, exponential and logarithmic functions, right angle triangles, basic trig functions, vectors and complex numbers. EET 112 (6) N Fundamentals of Fluid Power Electromechanical Systems Intro to power transmission and control including mechanical, electrical/electronic, fluid power and related technologies. Covers fundamentals of industrial motion and control, mechanical, hydraulic and pneumatic systems, DC/AC motors, single-phase and three-phase transformers, motor controls, ladder logic diagrams, programmable logic controllers, power electronics and adjustable speed drivers. EET 114 (5) N Applied Physics Physics for students in a vocational technical field. Covers the basic laws of physics as applied to mechanics, matter and heat, wave motion and sound, electricity and magnetism, light and modern physics. Includes physical concepts as applied to industrialtechnical fields.

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