Magnetic Circuit
Magnetic Circuit: A magnetic circuit is a closed path that is followed by magnetic field lines of magnetic flux. Materials having high permeability such as soft steel, iron, etc are…
Continue readingMaximum Power Transfer Theorem
Maximum Power Transfer Theorem: The maximum power transfer theorem deals with the condition that when the maximum power transfer of the source to the load occurs. Here we will be…
Continue readingNorton’s Theorem
Norton’s Theorem: Norton’s theorem is suitable for a linear bilateral network where we desire to find the values of the current flowing through the resistor for its different values. The…
Continue readingSupernode Analysis
Supernode Analysis: In nodal analysis, when a voltage source comes in between two nodes not involving the reference node then supernode analysis has to be performed. Nodal analysis is a…
Continue readingSupermesh Analysis
Supermensh Analysis: In mesh analysis, when a current source is present between two mesh, a supermesh analysis has to be performed. Mesh analysis stands to be one of the most…
Continue readingThevenin’s Theorem
Thevenin’s Theorem: Thevenin’s theorem is suitable for a linear bilateral network where we desire to find the values of the current flowing through the resistor for its different values. The…
Continue readingNodal Analysis
Nodal Analysis: Nodal analysis is a method of network analysis particularly suited for networks having many parallel circuits with a common ground connected node. This method of network analysis is…
Continue readingMesh Current Analysis
Mesh Current Analysis: Mesh current analysis is one of the most universal methods of solving electrical circuits or networks. We use this analysis to determine currents flowing in the individual…
Continue readingSuperposition Theorem
Superposition Theorem: For analysis of electrical circuits where we need to determine the current in a particular branch of the circuit containing two or more voltage and current sources, we…
Continue readingKirchhoff’s Law
Kirchhoff’s Law: The basic laws of currents governing the electrical networks derived by Gustov Robert Kirchhoff are Kirchhoff’s laws. This law is the foundation for the systematic analysis of electrical…
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