What is the Difference Between Loop and Mesh?
🆚 Go to Comparative Table 🆚The main difference between a loop and a mesh lies in the presence of other paths or loops within the closed path of a circuit. Here are the key differences between loop and mesh:
- Loop: A loop is any closed path through a circuit where no node is encountered more than once. It is a closed path in a circuit, but it may contain other paths or loops inside it.
- Mesh: A mesh is a closed path in a circuit that contains no other paths or loops inside it. It is a special form of a loop that has no other loops in it. A mesh is a restricted quiet loop, containing no other loops.
In summary, a loop is a closed path in a circuit without repeating nodes, while a mesh is a special type of loop that does not contain any other loops or paths inside it. A mesh is also a loop, but a loop may or may not be a mesh.
Comparative Table: Loop vs Mesh
The main differences between a loop and a mesh in the context of circuit analysis are as follows:
Loop | Mesh |
---|---|
A loop is any closed path through a circuit where no node is encountered more than once. | A mesh is a closed path in a circuit with no other paths inside it. |
A loop can be a closed path that can or cannot be divided into other closed paths. | A mesh is a closed path that cannot be further divided into other closed paths. |
In a loop, other paths may be included inside. | A mesh is a loop that contains no other loops. |
Loops are used in various techniques of circuit analysis. | Meshes are commonly used in mesh analysis or the mesh current method, which is applied to analyze and solve complex electrical circuits by assigning currents to elementary loops. |
In summary, a loop is a closed path through a circuit where no node is encountered more than once, while a mesh is a closed path in a circuit with no other paths inside it. A loop may or may not be a mesh, and meshes are commonly used in mesh analysis or the mesh current method for analyzing complex electrical circuits.
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