Mesh current analysis is a special loop that does not enclose any elements. Part 2 of the video series provides an example to illustrate the process of mesh-current analysis. After identifying a mesh current in the circuit, Kirchoff’s Voltage Law equation is written for each mesh. The voltage across each element in the circuit is then [...] . . . → Read More: Circuit Analysis – Mesh Current Analysis – Part 2
|
|||||
|
Mesh-current analysis is useful in circuits having many elements connected in series. We note that a loop forms a closed path by passing through an ordered sequence of nodes where no node is passed more than once. On the other hand, a mesh is a specialized looop that doesn’t enclose any elements. . . . → Read More: Circuit Analysis – Mesh Current Analysis – Part 1 This video shows you how to do node analysis by inspection. After practicing a few times, you will begin to see how to do this visually and set up the matrix by inspection. . . . → Read More: Circuit Analysis – Node Analysis By Inspection – Part 4 Here is another example on Node Voltage Analysis. This is part 3 of a series of videos on node voltage analysis. . . . → Read More: Circuit Analysis – Node Voltage Analysis – Example – Part 3 Here’s an example on how to do Nodal Analysis. . . . → Read More: Circuit Analysis – Node Voltage Analysis – Example – Part 2 |
|
||||
|
Copyright © 2012 Freedom University Tutorial Videos - All Rights Reserved |
|||||
Related Topics in Electrical Engineering