Saturday, August 1, 2020

#105 Find the Norton's equivalent at terminal a

Find the Norton's equivalent at terminal a - Electrical Engineering

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Free Chegg Question

For the circuit shown,
1. Find the Norton's equivalent at terminal a, b using source transformation technique.
2. What is the value of Ry to have maximum power?
3. Using the formula Pri' R to deduce the condition for maximum power.
4. Sketch P as function of R. and deduce the value of R1 to have the maximum power.
For the circuit shown,  1. Find the Norton's equivalent at terminal a, b using source transformation technique.  2. What is the value of Ry to have maximum power?  3. Using the formula Pri' R to deduce the condition for maximum power.  4. Sketch P as function of R. and deduce the value of R1 to have the maximum power.
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Free Chegg Answer

For the circuit shown,  1. Find the Norton's equivalent at terminal a, b using source transformation technique.  2. What is the value of Ry to have maximum power?  3. Using the formula Pri' R to deduce the condition for maximum power.  4. Sketch P as function of R. and deduce the value of R1 to have the maximum power.
For the circuit shown,  1. Find the Norton's equivalent at terminal a, b using source transformation technique.  2. What is the value of Ry to have maximum power?  3. Using the formula Pri' R to deduce the condition for maximum power.  4. Sketch P as function of R. and deduce the value of R1 to have the maximum power.
For the circuit shown,  1. Find the Norton's equivalent at terminal a, b using source transformation technique.  2. What is the value of Ry to have maximum power?  3. Using the formula Pri' R to deduce the condition for maximum power.  4. Sketch P as function of R. and deduce the value of R1 to have the maximum power.

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