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So here is what the problem states:
Use both nodal analysis and mesh analysis to find Vo in the circuit below.
http://synthdriven.com/images/deletable/EEN201-05.jpg [Broken]
My confusion:
I'm okay with the nodal analysis, I'm just a bit confused with the mesh analysis...
I'm confused as to how exactly I should treat this. I've come in contact with super loops before, but never with more than two loops. Because the 6mA current source is right between what I have labelled as loop 2 and loop 3, I'm not quite sure what to do. Would it be safe to assume that the current in both loop 2 and loop 3 is 6mA?
Or would I assume that I2-I3=6mA?
And if that's the case, in a 2-loop super loop situation, you would treat the entire circuit as one loop. In this situation, would you treat those two loops as one combined loop? As in would you go around that loop doing KVL in loop2+loop3 excluding loop 1?
Any help is appreciated!
Thanks!
Use both nodal analysis and mesh analysis to find Vo in the circuit below.
http://synthdriven.com/images/deletable/EEN201-05.jpg [Broken]
My confusion:
I'm okay with the nodal analysis, I'm just a bit confused with the mesh analysis...
I'm confused as to how exactly I should treat this. I've come in contact with super loops before, but never with more than two loops. Because the 6mA current source is right between what I have labelled as loop 2 and loop 3, I'm not quite sure what to do. Would it be safe to assume that the current in both loop 2 and loop 3 is 6mA?
Or would I assume that I2-I3=6mA?
And if that's the case, in a 2-loop super loop situation, you would treat the entire circuit as one loop. In this situation, would you treat those two loops as one combined loop? As in would you go around that loop doing KVL in loop2+loop3 excluding loop 1?
Any help is appreciated!
Thanks!
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