NODAL, MESH, SOURCE TRANSFORMATION Flashcards
is essentially bound to the complex details of electrical circuits. This mathematical technique centers on the principles of Kirchhoff’s Current Law (KCL), which is a fundamental concept in reducing and delivering current to the electronic components in a circuit.
Nodal Analysis
states that the total current entering a node (or a junction point) must equal the total current leaving the node.
KCL
is a widely used method to solve AC electric circuits.
Mesh-current analysis
This method is particular useful when circuits contain more than one source.
Mesh-current
This method is particular useful when circuits contain more than one source.
Mesh-current
The AC mesh-current method, like the DC mesh-current method, is based on __________________ around each closed loop.
Kirchhoff’s voltage law
in the frequency domain, it involves transforming a voltage source in series with an Impedance to a current source in parallel with an impedance, or vice versa.
Source transformation
This method helps us to analyze the ac circuit with more than one independent sources.
Source transformation
Source Transformation theorem is developed by ___________. This method simplifies multiple parallel sources to an equivalent single resistor.
Jacob Millman
This method is also used for a circuit with an unbalanced bridge circuit.
source transformation
This method is also known as ____________. This theorem is useful to simplify a circuit with multi voltage sources or multi current sources to a single source.
Millman Theorem
Source Transformation method is also known as ____________. This theorem is useful to simplify a circuit with multi voltage sources or multi current sources to a ____________.
Millman Theorem, single source
Source Transformation basic principle is:
Ohm’s Law and Kirchhoff’s Law
Source Transformation: The __________ of all voltage sources in the circuit is referenced to the same point.
polarity
