'Source transformation' presentation slideshows

Week 2

Week 2. Source transformation Mesh current analysis Thevenin and Norton equivalent circuits Transfer of Power. Combining Voltage Sources. Voltage sources are added algebraically. Combining Voltage Sources. Voltage sources are added algebraically. Combining Voltage Sources.

1.35k views • 103 slides

Circuit Theorems

2.7k views • 71 slides

Circuit Theorems

720 views • 71 slides

AMPI: Adaptive MPI

AMPI: Adaptive MPI. Gengbin Zheng Parallel Programming Laboratory University of Illinois at Urbana-Champaign. Outline. Motivation AMPI: Overview Benefits of AMPI Converting MPI Codes to AMPI Handling Global/Static Variables Running AMPI Programs AMPI Status

732 views • 63 slides

INTEGRATIONS WITH Enterprise LMS

INTEGRATIONS WITH Enterprise LMS. AI-Powered Knowledge Cloud. Typical LMS Behavior - Course Organization. Courses - types & versions Digital Courses, ILT, Events, Curriculum etc Courses are a collection of different assets videos, scorm, ppts etc Courses can be versioned

477 views • 47 slides

Chapter 4

Chapter 4. Circuit Theorems. Linearity Property. Linearity is the property of an element describing a linear relationship between cause and effect. A linear circuit is one whose output is linearly ( or directly proportional) to its input. Fig. 4.4 For Example 4.2. Superposition(1).

409 views • 40 slides

364 views • 23 slides

DBridge: A program rewrite tool for set-oriented query execution

DBridge: A program rewrite tool for set-oriented query execution. Mahendra Chavan * , Ravindra Guravannavar , Prabhas Kumar Samanta , Karthik Ramachandra , S Sudarshan Indian Institute of Technology Bombay, Indian Institute of Technology Hyderabad *Current Affiliation: Sybase Inc.

328 views • 22 slides

Lecture 5

Lecture 5. Source Transformation Thevenin Equivalent Circuit Norton Equivalent Circuit. Source Transformation. Show that i S = v S /R for any R L. Application. Determine whether the 6V source is absorbing or delivering the power. Step-by-step simplification. Redundant Resistor (1).

482 views • 22 slides

Announcements

Announcements. First Assignment posted: Due in class in one week (Thursday Sept 15 th ). http://www.physics.udel.edu/~jholder/Phys645/index.htm. Lecture 3 Overview. Loop Analysis with KVL & KCL Mesh Analysis Thevenin/Norton equivalent circuits.

318 views • 22 slides

Lesson 7: Current Sources / Source Conversion

Lesson 7: Current Sources / Source Conversion. Learning Objectives. Analyze a circuit consisting of a current source, voltage source and resistors. Convert a current source and a resister into an equivalent circuit consisting of a voltage source and a resistor.

252 views • 22 slides

Source Transformation plus Issues from Test 1

367 views • 18 slides

Adapting Legacy Computational Software for XMSF

Adapting Legacy Computational Software for XMSF. Elizabeth L. White and J. Mark Pullen Department of Computer Science and C3I Center George Mason University Fairfax, VA 22030 white@cs.gmu.edu; mpullen@gmu.edu. Overview. Background Web services, XML and SOAP

247 views • 18 slides

Compiler Optimized Dynamic Taint Analysis

Compiler Optimized Dynamic Taint Analysis. James Kasten Alex Crowell. Taint Analysis. Taint Analysis Used to track flow of data through program Security Applications: Malware Analysis Finding Unknown Vulnerabilities Static Proves whether it is possible for taint to reach Dynamic

464 views • 17 slides

ECE 3144 Lecture 19

ECE 3144 Lecture 19. Dr. Rose Q. Hu Electrical and Computer Engineering Department Mississippi State University . Ideal source. v o =v S. v o. v o. v o = i S R S. Ideal source. Ideal source. Practical source. Practical source. Practical source. +. i o = v S /R S. Ideal source.

317 views • 15 slides

Laplace Transform Solutions of Transient Circuits

Laplace Transform Solutions of Transient Circuits. Dr. Holbert March 5, 2008. Introduction. In a circuit with energy storage elements, voltages and currents are the solutions to linear, constant coefficient differential equations

1.24k views • 14 slides

218 views • 13 slides

ECE 2006

ECE 2006. Lecture for Chapter 5 S.Norr. Circuit Theory. Linearity Superposition Source Transformation Thevenin and Norton Transformation Maximum Power Transfer THE INTENT IS TO MAKE CIRCUITS SIMPLER AND EASIER. Linearity.

287 views • 11 slides

These are some of the most powerful analysis results to be discussed.

227 views • 8 slides

156 views • 7 slides