Transcription of Chapter 6: Series-Parallel Circuits - UMass Lowell
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Learning with PurposeSlide 1 Learning with PurposeSlide 1 Chapter 6: Series-Parallel CircuitsInstructor: Jean-Fran ois with PurposeSlide 2 Identifying Series-Parallel relationshipsMost practical Circuits have combinations of series and parallel that are connected in series will share a common path. Components that are connected in parallel will be connected across the same two with PurposeSlide 3 Combination circuitsMost practical Circuits have various combinations of series and parallel components. You can frequently simplify analysis by combining series and parallel important analysis method is to form an equivalent circuit . An equivalent circuit is one that has characteristics that are electrically the same as another circuit but is generally with PurposeSlide 4 Identifying Series-Parallel relationshipsLearning with PurposeSlide 5 Identifying Series-Parallel relationshipsLearning with PurposeSlide 6 Identifying Series-Parallel relationshipsLearning with PurposeSlide 7 Identifying Series-Parallel relationshipsLearning with PurposeSlide 8 ExamplesRT =R1 + R5 + R4 || (R2 + R3)RT =R1 + R2 || R3 + R4 || R5 Learning with PurposeSlide 9 Total resistanceIdentifying the componentsTotal resistance RT=R1 + R2 || R3= 10 + 50 = 60 WLearning with PurposeSli
Learning with Purpose Slide 3 Combination circuits Most practical circuits have various combinations of series and parallel components. You can frequently simplify analysis by
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