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Questions tagged [mesh-analysis]

For questions about mesh analysis, a circuit analysis method that is used to solve for the currents (and indirectly the voltages) at any place in a planar circuit (planar circuits are circuits that can be drawn on a plane surface without any wires crossing each other). Always use in conjunction with the "circuit-analysis" tag.

1 vote
2 answers
84 views

I am working through Fundamentals of Electric Circuits and thought I had mesh analysis and Thevenin mostly under control for my level. However, I have ran into a problem I am struggling with: ...
saufen's user avatar
  • 11
2 votes
1 answer
103 views

Let R1 = 4M Ohm, R2 = 2M Ohm, RD = 8k Ohm, RS = 6k Ohm, VDD = 15 V, VTN = 1 V, VOD = VGS - VTN, and VS = 3 V. The task is to find the Q-Point of the circuit below: I drew the equivalent circuit (...
Anish G.'s user avatar
  • 334
3 votes
4 answers
234 views

I'm having trouble finding the base current for a BJT circuit that my professor gave me, with the assumption that the BJT is operating in forward-active mode. The problem is asking me to find the ...
Anish G.'s user avatar
  • 334
2 votes
2 answers
257 views

Correct answer is V1 = 78 - j104 V2 = 72 + j104 V3 = 150 - j130 Q) Find the Voltage by mesh analysis
김민승's user avatar
3 votes
4 answers
176 views

I think I'm overlooking something very basic in this problem but I'm having trouble determining what that is! I'm pretty sure the issue is stemming from my equation for mesh 1, but the assumption I ...
Xenia's user avatar
  • 55
2 votes
2 answers
201 views

For the voltage divider below, I am asked to find the Q-Point for both ideal diodes in forward-bias mode (i.e., they are both short circuits with one-way current): In my work, I found \$i_1\$ and \$...
Anish G.'s user avatar
  • 334
3 votes
3 answers
195 views

I have been trying for a while to solve this question, but no matter what I have tried I have fallen short. I have attempted to use mesh analysis, separating the circuit into three essential meshes. ...
budui's user avatar
  • 31
1 vote
1 answer
137 views

I am trying to get the same current equations through mesh and nodal analysis but ending up getting a different one.
anentertainingtechie's user avatar
1 vote
4 answers
144 views

I need help solving this question. I am given a circuit with three meshes, given 5 different resistors and 3 different voltage sources, the values given are: ...
Wongus's user avatar
  • 11
1 vote
1 answer
129 views

I would like to check whether I got my answer right or not. Here's my attempt at the problem:
Hisham Hashim's user avatar
4 votes
2 answers
375 views

\begin{align} a &= 7\\ b &= 4\\ x &= a-b-N_i+1\\ &= 7-4-1+1\\ &= 3 \end{align} \begin{align} 4I_4 &+& 10I_3&-&5I_2 && &=0\\ 240 &+& 40 I_1&+&...
Thanos Karvouniaris's user avatar
1 vote
1 answer
117 views

I’m currently refreshing my circuit analysis skills. What is the most efficient way to solve problems like this? I ended up using an iteration of the mesh loop method, which gave me the current for ...
TIM DRIPCAN's user avatar
0 votes
2 answers
117 views

This is the last question for my circuit theory lab report, I have tried several times to apply the mesh-current method to solve for the values of the three resistors, but I end up with 2 equations ...
bwootton's user avatar
  • 103
1 vote
1 answer
159 views

I'm trying to solve the circuit shown in the attached image, where I need to determine the power of resistors R1 (4 Ω) and R2 (6 Ω). I’ve attempted to use mesh analysis, but the results don’t match, ...
Turing's user avatar
  • 73
0 votes
1 answer
134 views

I am given this circuit: I try to calculate the current Ix using superpoisition and mesh analysis. First I kill the 12V voltage source and use mesh analysis in the following way (find the mesh ...
Mario Milutinovic's user avatar

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