LECTURE 1 - LECTURE 1. INTRODUCTION TO ELECTRICAL...

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LECTURE 1. INTRODUCTION TO ELECTRICAL ENGINEERING & ELECTRICAL CIRCUITS MAE307 Applied Electronics © Inkyu Park, 2010 Instructor: Prof. Inkyu Park Department of Mechanical Engineering Korea Advanced Institute of Science and Technology (KAIST)
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Instructor: Professor Inkyu Park Education - 1994-98: B.S. Mechanical Engineering, KAIST - 2001-03: M.S. Mechanical Engineering, University of Illinois at Urbana-Champaign - 2003-07: Ph.D., Mechanical Engineering, University of California at Berkeley Professional Experience MAE307 Applied Electronics © Inkyu Park, 2010 Research Interest - Bio-Nano Interface - Nanomanufacturing - Functional Nano/Biomaterials - Nano-Energy I like. . - Self-motivated, Enthusiastic, Hard-working, Open-minded, Sociable Person I am not a big fan of. . - Passive, Dependent, Lazy, Closed-minded, Quiet / Shy Person - 2005: Intern Researcher, Information & Quantum Systems Lab, HP, Palo Alto, CA - 2007-08: Research Specialist, Berkeley Sensor and Actuator Center - 2008-09: Chief Technology Officer, nPrintSolutions, San Jose, CA
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Outline - Understanding “Electrical Engineering” Concepts of Electrical Engineering Importance Applications in Mechanical Engineering - Fundamentals of Electric Circuits Basic Terminologies: Source, Node, Branch, Loop, Mesh Charge, Current, and Kirchhoff’s Current Law MAE307 Applied Electronics © Inkyu Park, 2010 Voltage and Ground Kirchhoff’s Voltage Law Resistance and Ohm’s Law Applications of Resistors in Mechanical Engineering
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Outline - Understanding “Electrical Engineering” Concepts of Electrical Engineering Importance Applications in Mechanical Engineering - Fundamentals of Electric Circuits Basic Terminologies: Source, Node, Branch, Loop, Mesh Charge, Current, and Kirchhoff’s Current Law MAE307 Applied Electronics © Inkyu Park, 2010 Voltage and Ground Kirchhoff’s Voltage Law Resistance and Ohm’s Law Applications of Resistors in Mechanical Engineering
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What is Electrical Engineering? - Branch of engineering on the application of electricity in all its forms. - It deals with the principles and application of electricity, electronics, and electromagnetism. - (Usually outside the US) electrical engineering is associated with large-scale electrical systems (power transmission, motor control) whereas electronic engineering is concerned about the small-scale electronic systems (computers and integrated circuits). MAE307 Applied Electronics
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LECTURE 1 - LECTURE 1. INTRODUCTION TO ELECTRICAL...

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