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MAXIMUM POWER TRANSFER THEOREM

Maximum Power Transfer Theorem Circuit

Maximum power transfer theorem may be stated as fallow.

A resistive load will abstract maximum power from a net work when the load resistance is equal to resistance of the network as viewed from the output terminals with all other energy source removed leaving behind their internal resistance.

In the given fig is a G/R, Rg is internal resistance, R is a resister connect in series with the Rg.

Total internal resistance of the circuit.

Ri = Rg + R

if

Ri = RL

Then RL will be maximum power from the circuit we know that

Maximum Power Transfoer Theorem equation 1

Where Vs is the voltage source

Maximum Power Transfer Theorem Equation 2

The power delivered to the load

Pi =PL

PL=VLIL

Putting values

Maximum Power Transfer Equation

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