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![]() Select the one source from the multiple sources present in the bilateral network.The superposition theorem is not applied for power because the power is not a liner quantity.It is only applicable for liner network. ![]() And if it is opposite direction, than take negative sign. If contribution source is in same direction as the reference direction, take positive sign. The reference direction is use for assign positive and negative sign to each unknown quantity. ![]() When you sum the individual contribution of each source, you should be careful while assigning signs to the quantities.Important points keep in mind while applying superposition theorems We can element the voltage source by short circuiting of two terminals and the current source are eliminated by opening their two terminals. So we have to element the other source from the circuit. In this method, we will consider only independent source at a time. “If more than one independent source is present in an electrical circuit, then the current through any one branch of the circuit is the algebraic sum of the individual effect of source at one time.” Superposition theorem states the following: ![]() The superposition theorem is use for solve the network where more than one source are present. In this tutorial we are going to discuss the superposition position theorem, solved examples and limitations. It state that any linear network whose contain more than one source present, the response across any element in the circuit is the algebraic sum of the individual response of source. The superposition position theorem is based on the linearity. ![]()
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