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ground If you146re not grounded at all no current will flow and you won146t feel a thing If you146re poorly grounded 150 standing on a wood floor wearing dry boots with rubber soles. Introduction . Computer Organization. (. 1403201-4. ). Instructor. : Dr. . Omar Sonbul (ossonbul@uqu.edu.sa). Lecture hrs. : 3, . Lab hrs. : 3, . credit hrs. : 4. Assessment. : . Attendance 5%. Laboratory: 25%. Current. Electric current. Electric current. . is the rate of electron flow past a specific point in the circuit (how . fast . electrons pass . through a . point in the wire).. The symbol for electric current is . ＊. Capacitor Input circuit generates about 10% of load current loss, twice in every cycle.. ＊. Critical Defect in Capacitor input Circuit. ＊. There exists time-zone for the current not . 　　. Electrical Circuits. Dr. Sarika Khushalani Solanki. Electric current. Describes charge in motion, the flow of charge. This phenomenon can result from moving electrons in a conductive material or moving ions in charged solutions. Mesh Analysis. Read Alexander & . Sadiku. , Sections . 3.4 to 3.10.. Homework #4 and Lab #4 due next week.. Quiz next week.. Mesh Analysis. We’ve seen that nodal analysis is . a systematic method for analyzing circuits. . Electric current. . is the rate of electron flow past a specific point in the circuit (how . fast . electrons pass . through a . point in the wire).. The symbol for electric current is . I. .. The units of electric current is . Introduce the concept of duality.. Chapter 8.10 in Fundamentals of Electric Circuits. Parallelism Between Components. Two circuits are said to be duals of one another if they are described by the same characterizing equations with . Electric Current:. RECALL: In static electricity, an electric charge . stays . in one area. . In current electricity an electric charge moves through conductors along a path. Its . electrons. that move NOT . Objective of Lecture. Derive the equations that relate the voltages across a resistor, an inductor, and a capacitor in parallel as:. the unit step function associated with voltage or current source changes from 1 to 0 or.  . 1. Outline. Source transformation.. . Thevenin. and Norton Equivalents.. Maximum Power Transfer.. Superposition. 2. Source transformation . Source transformations . allow us to exchange a voltage. Dr. Dave Shattuck. Associate Professor, ECE Dept.. Lecture Set #1. Thévenin’s and Norton’s Theorems including Dependent Sources. Version 20. Thévenin’s and Norton’s Equivalents and Dependent Sources. Devices, Dependent Sources, Superposition, and Troubleshooting. Mr. Burleson. geaux15@hotmail.com. . Multiple Sources. Sometimes a circuit has more than one source. Voltage Sources . should be added in . dr. . Abdulazeez. Ali. Mechatronic Dept.. ISHIK UNIVERSITY. Contents. A. Electric . ccts. B. Electronics. 1 . BASIC CONCEPTS OF . ELECTRICITY 1. Introduction . 1131. Course Teacher. মোঃ. . সাফিউল. . ইসলাম. Assistant Professor, Dept. of EEE, KUET. Email: shafiul.islam41@gmail.com. Syllabus. Syllabus. Introduction. Topics:. Network terminology.