'Thevenin equivalent circuit' diaporamas de présentation

Chapter 4

Chapter 4. Circuit Theorems ????. ? Main Points ?. Superposition Theorem ???? Substitution Theorem ???? Thevenin-Norton Theorem ???????? Tellegen Theorem ????? Reciprocity Theorem ???? Dual Principle ????. Homogeneity property ??? Additivity property ???.

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AC STEADY-STATE ANALYSIS

AC STEADY-STATE ANALYSIS. LEARNING GOALS. SINUSOIDS Review basic facts about sinusoidal signals. SINUSOIDAL AND COMPLEX FORCING FUNCTIONS Behavior of circuits with sinusoidal independent sources and modeling of sinusoids in terms of complex exponentials. PHASORS

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AC STEADY-STATE ANALYSIS

AC STEADY-STATE ANALYSIS. LEARNING GOALS. SINUSOIDS Review basic facts about sinusoidal signals. SINUSOIDAL AND COMPLEX FORCING FUNCTIONS Behavior of circuits with sinusoidal independent sources and modeling of sinusoids in terms of complex exponentials. PHASORS

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

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

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

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

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Basic Electric Circuits

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Basic Electric Circuits

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Week 5

Week 5. Experiments 8 and 9. Lecture Schedule. Next week (9/29/2011) Topics of lectures are: Design a Voltmeter You have two weeks to perform this lab Make-up Lab #1 Pre-Lab Report due 10/4/2011 Validation due 10/5/2011 Post-Validation Report due 10/7/2011 Following week (10/6/2011)

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Thevenin and Norton Equivalent Circuits

Thevenin and Norton Equivalent Circuits. http://www.allaboutcircuits.com/vol_1/chpt_10/8.html.

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ELEC130 Electrical Engineering 1

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ADDITIONAL ANALYSIS TECHNIQUES

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Superposition, Thevenin / Norton Equivalents, Maximum Power Transfer

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Read : Chapter 9 and Appendix B in Electric Circuits, 8 th Edition by Nilsson

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Fig. 4.4 For Example 4.2

Fig. 4.4 For Example 4.2. Fig. 4.6 For Example 4.3. Fig. 4.7 For Example 4.3; a) calculating v1, (b) calculating v2. Fig. 4.15 Transformation of independent sources. Fig. 4.16 Transformation of dependent sources. Fig. 4.17 for Example 4.6. Fig. 4.18 for Example 4.6.

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Satish Pradhan dnayansadhana college, Thane

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EEE 302 Electrical Networks II

EEE 302 Electrical Networks II. Dr. Keith E. Holbert Summer 2001. Thevenin/Norton Analysis. 1. Pick a good breaking point in the circuit (cannot split a dependent source and its control variable). 2. Thevenin : Compute the open circuit voltage, V OC .

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Example 4.10 Irwin, Page 127

Example 4.10 Irwin, Page 127. Find the Thevenin equivalent circuit at points A-B for the circuit shown. We need to find two quantities: V TH = V oc and R TH = V oc /I SC

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