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Norton
Norton A Norton circuit is a type of electrical circuit in which all three terminals of a device are connected to the same node. This means that the current...
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Norton A Norton circuit is a type of electrical circuit in which all three terminals of a device are connected to the same node. This means that the current...
Norton
A Norton circuit is a type of electrical circuit in which all three terminals of a device are connected to the same node. This means that the current flows through the circuit in a single direction, and the voltage across the circuit is constant.
Norton circuits are used in a variety of applications, such as:
Transformers: Norton circuits are used in transformers to isolate the primary and secondary windings from each other.
Diodes: Norton circuits are used in diodes to ensure that current flows through the diode in only one direction.
Circuits: Norton circuits are used in circuits to simplify the wiring and reduce the number of components.
A Norton circuit can be represented by a single resistor, as shown in the following figure:
[Resistor]
In a Norton circuit, the total resistance is equal to the resistance of the individual components connected in series. This is because the current flows through the circuit in a single direction, so the resistance of each component is added together to calculate the total resistance.
For example, consider a circuit with three resistors connected in series, as shown in the following figure:
[Resistor 1] --- [Resistor 2] --- [Resistor 3]
The total resistance of this circuit is equal to the sum of the resistances of the individual resistors:
1/R_total = 1/R_1 + 1/R_2 + 1/R_3
In this example, the total resistance is equal to 2/3 ohms. This is because the current flows through the circuit in a single direction, so the resistance of each resistor is added together to calculate the total resistance