EET 300 Lecture Notes - Lecture 17: Inductor, Norton'S Theorem
14 Dec 2018
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Find the thevenin equivalent circuit of the circuit shown using nodal analysis. v t. 1st, convert to the phasor domain: the rotational frequency, , is equal to 1000 radians/sec. So, we can convert the capacitor and inductor into the phasor domain: Next, if we were to short out the source and find the total impedance, zt, from the viewpoint of the load (also known as z thevenins), we would get: Since there is a single node, it might be smart to use kcl. Part b) the norton equivalent circuit thru the use of mesh analysis. Find the thevenin equivalent circuit of the previous circuit by first finding. When you find the norton equivalent, zthev doesn"t change so we won"t recalculate it. Note that when that is done in this circuit, the inductor is shorted out, so we will just leave it out of the future calculations. It should also be noted that inorton is equal to.
