Maximum Power Transfer Theorem:
As discussed in the section on Thevenin's theorem, any DC network of sources and resistances can be replaced by a single voltage source in the series with the resistance connected across load.
The maximum power transfer theorem states that power delivered to the load is maximum when the load resistance, RL is equal to the internal resistance, Rs of the DC power supply. In other words, it can be said that the load resistance should match the Thevenin's resistance for maximum power transfer to take place that is
When this takes place, the voltage across the load resistance will be Vs/2 and power delivered to the load can be given by
The above equation is plotted in Figure which demonstrates maximum power delivered when Rs= RL. Under this condition, maximum power obtained will be
Figure---Illustration of maximum power transfer theorem.
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