PPT-Source-Free RLC Circuit Parallel RLC Network

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. and . Parallel AC . Circuits. By. Asst. Professor . Dhruba. Shankar Ray. For. :. B Sc Electronics . I. st. . Year. . OBJECTIVES. Become familiar with the characteristics of series and parallel ac networks and . N:2-3 / Series and Parallel Circuits. It’s a cool, clear night as you stroll by the harbor with your family. . The night is dark, but the waterfront is bright thanks to the thousands of twinkling white lights that outline the tall ships. . pp 736- 745. Essential Questions. Based on the orientation of resistors in a circuit, how is the distribution of current and voltage affected?. What are the advantages or disadvantages of arranging resistors in certain ways?. 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. Circuits. Lesson 6. The two simplest ways to connect conductors and load are series and parallel circuits. . Series circu. it . - A circuit in which loads are connected one after another in a single path. . pg. . 51. Objectives. Calculate the equivalent resistance for resistors connected in both series and parallel combinations.. Construct series and parallel circuits of lamps (resistors).. Observe and explain relative lamp brightness in series and parallel circuits. . Read Alexander & . Sadiku. , Chapter 2.. Homework #2 and Lab #2 due next week.. Quiz next week.. Ohm’s Law. Ohm’s law. says that the voltage . v. across a resistor is equal to the current . Electric Power. How was power define before? . Time rate of doing work or using energy. Electric Power - Rate at converting electrical energy into other forms of energy. . P = W/t or P = E/t. Unit: watt, w = J/s. Activator. Essential Question:. How are series and parallel circuits similar and different in how they transfer energy. ?. Standard:. S8P5b. . Demonstrate the advantages and disadvantages of series and parallel circuits and how they transfer energy.  . 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. . Naseer. Lecturer. University of Engineering & Technology, Lahore. KSK Campus Electrical Technology.. E. mail. : . ammar@uet.edu.pk. Lecture-1. Introduction to the Subject. Course Details. Instructor Detail. 李宏毅 . Hung-. yi. Lee. Textbook. Chapter 2.1, 2.3. Outline. Concept of Equivalent . networks . Equivalent . networks only with resistors. Equivalent networks . with . independent sources. Equivalent networks with . 1131. Course Teacher. মোঃ. . সাফিউল. . ইসলাম. Assistant Professor, Dept. of EEE, KUET. Email: shafiul.islam41@gmail.com. Syllabus. Syllabus. Introduction. Topics:. Network terminology.