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problem 1: Find out the load resistance to receive maximum power from the source, also find out the maximum power delivered to the load in the circuit as shown below.

638_finding maximum power.jpg

problem 2: Find out the current in the 1? resistor across A, B of the network shown in figure below using superposition theorem.

2353_superposition theorem.jpg

problem 3: Find the load impedance for maximum power transfer in the network of Figure. If the load is purely resistive, what will be its value for max. power transfer? Also, find the maximum power taken by the load in both cases.

1067_maximum power transfer.jpg

problem 4: Find the Thevenin’s equivalent circuit of the circuit shown in figure below as seen from:

a) Terminals a-b

b) Terminals c-d

339_thevenins equivalent.jpg

problem 5: Using Millman’s theorem find out the current via RL in the circuit as shown in figure below:

811_milllmans theorem.jpg

problem 6: For the below network draw the graph and prepare down the procedure to obtain cut set matrix.

939_cut set matrix.jpg

Electrical & Electronics, Engineering

  • Category:- Electrical & Electronics
  • Reference No.:- M93492

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