Question

To find the maximum power being delivered to the inductor in the application problem, what is the first step?

Answer 1

The power will decrease to 75 percent of its previous value

Answer 2

The first step of finding maximum power transferred to the inductor is to  remove the load resistance $(R_L)$ and find the Thevenin resistance $(R_{Th})$ of the source network.

Generally, the power delivered to an inductor is determined using maximum power transfer theorem as shown in the following mathematical equations;

$P = I^2 R_L \\\\P = [\frac{V_0}{R_L + R_{Th}} ]^2 R_L$

where;

• $V_0$ is the peak voltage
• $R_L$ is the load resistance
• $R_{Th}$ is the Thevenin resistance

The first step of finding maximum power transferred to the inductor is to  remove the load resistance (RL) and find the Thevenin resistance (RTh) of the source network.

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