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- Norton’s Theorem. Easy Step by Step Procedure with Example
- Norton’s Theorem | Norton’s Equivalent, Example
- Norton’s Theorem. Easy Step by Step Procedure with Example

A French engineer, M. L Thevenin , made one of these quantum leaps in This theorem is useful to quickly and easily solve complex linear circuits and networks, especially electric circuits and electronic networks.

In direct-current circuit theory , Norton's theorem aka Mayer—Norton theorem is a simplification that can be applied to networks made of linear time-invariant resistances, voltage sources, and current sources. At a pair of terminals of the network, it can be replaced by a current source and a single resistor in parallel. For alternating current AC systems the theorem can be applied to reactive impedances as well as resistances. The Norton equivalent circuit is used to represent any network of linear sources and impedances at a given frequency. To find the equivalent, the Norton current I no is calculated as the current flowing at the terminals into a short circuit zero resistance between A and B. This is I no. The Norton resistance R no is found by calculating the output voltage produced with no resistance connected at the terminals; equivalently, this is the resistance between the terminals with all independent voltage sources short-circuited and independent current sources open-circuited.

Electrical Circuit Analysis and Design pp Cite as. However, it is useful to have a collection of theorems which, for a particular application, encapsulate appropriate laws; this allows us to obtain a speedy solution to these problems. We look at the more important theorems in this chapter. Unable to display preview. Download preview PDF. Skip to main content.

Any linear electric network or complex circuit with current and voltage sources can be replaced by an equivalent circuit containing a single independent current source I N and a parallel resistance R N. In other but simple words, Any linear circuit is equivalent to a real and independent current source in specific terminals. STEP 1. Short the 1. STEP 2. This is the Norton Current I N. So the Total Resistance of the circuit to the Source is

Norton in Back to top. Magnitude of this equivalent current source is equal to the short circuit current flowing through the load terminals and the equivalent resistance is the resistance at the load terminals, when all the sources in a given circuit are replaced by their internal resistances. In below figure a part of a network , constituting of sources either voltage or current or both and resistances is replaced with a current source and a parallel resistor such that current flowing through the load is same in both cases. For an AC circuit it can be stated as , any active two terminal network consisting of independent sources and impedance can be replaced with an equivalent circuit consisting of a constant current source with a parallel impedance. The value of the current source is equal to the current flow through the short circuited terminals of the network.

These theorems are related in that they allow complex linear networks to be simplified down to a single source with an associated internal impedance. They simplify analysis when checking a circuit with multiple possible loads. Consequently, these equivalents are generally not appropriate for a circuit using multiple sources with differing frequencies 1. That remainder may be a single component or a large multi-component sub-circuit. That is, The first step is to make the cut, removing the remainder of the circuit. We then determine the open circuit output voltage at the cut points i.

It states that any two terminal linear network or circuit can be represented with an equivalent network or circuit, which consists of a current source in parallel with a resistor. A linear circuit may contain independent sources, dependent sources and resistors. The response in an element can be the voltage across that element, current flowing through that element or power dissipated across that element. Hence, it is having a current source in parallel with a resistor.

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Thevenin's Voltage Example. • Find equivalent voltage source in new circuit. • Solution: Between terminals A and B, we need to find out V. Since it's open circuit.

Davet A. 25.03.2021 at 23:15Problem 5: Find the Thevenin equivalent circuit for the following circuit with respect to the terminals AB (Irwin – Example ). Thevenin's and Norton's Theorems.

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Scott C. 30.03.2021 at 17:10Thévenin Theorem: Any two-terminal network consisting of resistors, fixed voltage/current sources and linear dependent sources is externally equivalent to a circuit.