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 # Circuits
 Electrical Circuits Virtual Lab
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+Goal is to design/implementation, testing and verification Electric Circuit problems using MATLAB Simulink Simscape and Live Scripts to understand the concept better.
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+Module 1: Node Analysis
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+Use the node-voltage method to solve a circuit that containing resistors and independent and dependent current sources and voltage sources is connected between non-reference nodes. Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 2: Mesh Analysis
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+Use the mesh-current method to solve a circuit for an arbitrary network containing resistors and independent and dependent voltage and current sources. Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 3: Operational Amplifier circuits
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+Analyze inverting, non-inverting, summing, and differencing operational amplifier circuits in the time domain.
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 4: RC and  RL circuits
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+Determine the natural and step response of both RL and RC circuits. Analyze circuits with sequential switching.
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 5: RLC circuit
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+Determine the natural and the step response of RLC circuits.
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 6: Op-Amp with Capacitor
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+Analyze op amp circuits containing resistors and a single capacitor.
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 7: Sinusoidal Steady State Analysis
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+Solve a circuit in the steady state when the input signal is a sinusoid.
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 8: Transfer Function
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+Solve a circuit in frequency response
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape 
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+Module 8: Power Calculations
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+Calculate AC  Power in a circuit Instantaneous power, Average (real) power, and  Reactive power
+Providing background information, instructions, interactive tasks, examples, and exercises in Live Scripts and verifications in Simulink Simscape