Introduction
Electronics is a branch of engineering that deals with the control of electricity in a vacuum, such as vacuum tubes, in gas or vapour, and in the solid semiconductor material used for transistor and integrated circuits. Applications of electronics are basically electric circuit with semiconductor
devices and their associated resistors, capacitors and inductive components.The semiconductor component is used for control purpose, amplification or rectifications. An electric circuit can be defined as a path for current flow.
A network is a combination of components, such as resistor interconnected in any way. Kirchoff 's law can be applied for any circuit connection. The network theorems such as superposition theorem,
Thevenin's theorem, Norton's Theorem and Maximum Power Transfer theorem enable us to convert the network Into a simpler circuit, equivalent to the original. Therefore, the network theorem usually provides shorter method of solving the circuit.
KIRCHHOFF'S LAW CIRCUIT EXAMPLE-
devices and their associated resistors, capacitors and inductive components.The semiconductor component is used for control purpose, amplification or rectifications. An electric circuit can be defined as a path for current flow.
A network is a combination of components, such as resistor interconnected in any way. Kirchoff 's law can be applied for any circuit connection. The network theorems such as superposition theorem,
Thevenin's theorem, Norton's Theorem and Maximum Power Transfer theorem enable us to convert the network Into a simpler circuit, equivalent to the original. Therefore, the network theorem usually provides shorter method of solving the circuit.
KIRCHHOFF'S LAW CIRCUIT EXAMPLE-
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