'Thevenin equivalent' diaporamas de présentation

Experiment 5

Experiment 5. * Part A: Bridge Circuits * Part B: Potentiometers and Strain Gauges * Part C: Oscillation of an Instrumented Beam * Part D: Oscillating Circuits. Part A. Bridges Thevenin Equivalent Circuits. Wheatstone Bridge.

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Outline Resistances in Series and Parallel

Outline Resistances in Series and Parallel Network Analysis by Using Series and Parallel Equivalents Voltage-divider and Current-Divider Circuits Node-Voltage Analysis Mesh-Current Analysis Thevenin and Norton Equivalent Circuits.

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Experiment 5

Experiment 5. Part A: Bridge Circuit Basics Part B: Analysis using Thevenin Equivalent Part C: Potentiometers and Strain Gauges. Agenda. Bridge Circuit Introduction Purpose Structure Balance Analysis using the Thevenin Equivalent method

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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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Basic Electrical Circuits & Machines (EE-107)

Basic Electrical Circuits & Machines (EE-107). Course Teacher Shaheena Noor Assistant Professor Computer Engineering Department Sir Syed University of Engineering & Technology. Useful Circuit analysis Techniques.

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ADDITIONAL ANALYSIS TECHNIQUES

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Superposition, Thevenin / Norton Equivalents, Maximum Power Transfer

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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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DC Circuits: Review

DC Circuits: Review. Current : The rate of flow of electric charge past a point in a circuit Measured in amperes (A) 1 A = 1 C/s = 6.25 ? 10 18 electrons per second Current direction taken as direction positive charges flow

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Satish Pradhan dnayansadhana college, Thane

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Q1. (1/2) Find Vo and Io

Q1. (1/2) Find Vo and Io. Q1. (2/2) Find Vo and Io. Q2. Find Vo. Q3. (1/2) Find Vo by using superposition. Step1. Q3. (2/2) Find Vo by using superposition. Step2. Step3. Q4. (1/2) Determine v1 and v2 using mesh. Q4. (2/2) Determine v1 and v2 using mesh.

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Thevenin Voltage Equivalents

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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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