Let us see the steps to calculate the maximum power transferred to the load for problems using the maximum transfer theorem which are given below Steps to Solve Network using Maximum Power Transfer Theorem Therefore, we can calculate the maximum power delivered to load by knowing the thevenin voltage and thevenin resistance. The above equation is the maximum power transfer theorem formula to calculate the maximum power delivered to the load. First, we have to find the current passing through the circuit given by, To prove the maximum power transfer theorem, we use the circuit shown in figure B. We have to find the thevenin voltage and thevenin source of the source and the circuit is transformed to another circuit as shown in figure B. By maximum power transfer theorem application, we are able to increase the signal strength in communication systems.Ĭonsider the circuit in which a DC source network is connected to the load resistance as shown in figure A below. We can take a resistive load in a DC circuit which is equal to the resistance of the source and a maximum power will be transferred to the load. Maximum power transfer theorem states that the voltage source in a DC circuit will deliver maximum power to the resistive load connected to the voltage source when the load resistance is equal to the source resistance. We will discuss the maximum power transfer theorem in detail and also solve problems using maximum power transfer theorem. The maximum power transfer theorem deals with the condition when the power supplied by the source is transferred to the resistive load at a maximum rate. We will always try to increase the power transferred to the load by the source. In a DC circuit, the source will supply the power to the resistive load and load receives the power and gets dissipated in the load.
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