Engineering Troubleshooting Circuit Analysis: How to Convert Current to Voltage Sources?

AI Thread Summary
The discussion focuses on troubleshooting circuit analysis, specifically converting current sources to voltage sources for mesh analysis. The original poster successfully converted a current source to a voltage source but struggled with redrawing the circuit. Participants suggested marking nodes clearly and redrawing the circuit to achieve a planar network, emphasizing the use of nodal analysis for non-planar circuits. They recommended connecting components in a way that maintains clarity and simplifies the analysis process. Overall, the advice provided aims to streamline circuit analysis and improve understanding of mesh and nodal methods.
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hello guys

i have been trying to solve this problem for a long time but i couldn't so i need your help..

KAuNXiE.png


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iam trying to analyze the circuit using mesh analysis

so i converted the current so to voltage source E=2*10=20V

i don't know how to redraw the circuit taking this shape ..so can you help me please ??

Thanks Guys :))
 
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I can see four nodes in this circuit. Mark those nodes as A, B, C, D starting from the top in clockwise direction. like this:
Capture3.PNG


Now redraw the circuit by first marking the nodes A, B, C, D one below the other. Then connect the components between the nodes in such a way that you get a planar network. Now write down the equations by mesh analysis.

But if you observe the circuit again, you will see that they have already grounded node D. So the simpler way is: Nodal analysis!

Whenever i see a non planar circuit, I blindly proceed using nodal analysis.

Hope this helped :smile:
 
You can follow this method to redraw any circuit.

(1) Mark all the nodes using notations of your choice.
(2) Then start redrawing by marking these nodes in a different manner such that, when you connect the components back, you obtain a planar circuit!
(3) If you find two or more nodes such that they are equipotential (Like in a balanced wheatstone's bridge), mark both the nodes with a common notation and then redraw the circuit.
 
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Simply move R1. Instead of as it is, going from upper left to lower right, starting at the upper left node, go up and clockwise around the upper right node, down to the lower right node.

In other words, instead of connecting R1 "inside the square", go around the "outside" of the square.
 
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thx guys this helped me a lot :)
 

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