Results 141 to 150 of about 471 (171)

On the evaluation of Thevenin's and Norton's equivalent circuits

Proceedings of the IEEE, 1970
A simple and efficient approach to finding Thevenin's and Norton's equivalent circuits is presented. An example is shown.
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General treatment to calculate the Thevenin equivalent circuit

American Journal of Physics, 1978
The method to calculate the Thevenin (or Norton) equivalent circuit of networks containing controlled current and/or voltage sources is identical to the method used with purely passive circuits if the fundamental concept of equivalence of networks is properly understood.
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Analysis of 2D lumped circuit by equivalent Thevenin source method

14th International Conference on Microwaves, Radar and Wireless Communications. MIKON - 2002. Conference Proceedings (IEEE Cat.No.02EX562), 2003
This paper presents an equivalent Thevenin source (ETS) method for analysis of two-dimensional (2D) circuits. The analysis is based on the decomposition of a 2D RLGC circuit into cascade-connected ladder subnetworks with 2L ports. For each ladder subnetwork, corresponding transmission matrices are counted and all previous subnetworks are than ...
B. Stjanovic, M. Gmitrovic
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Thevenin and Norton Equivalent Circuits: Part 3 [Circuit Intuitions]

IEEE Solid-State Circuits Magazine, 2018
Welcome to the 19th article in the "Circuit Intuitions" column series. As the title suggests, each article provides insights and intuitions into circuit design and analysis. These articles are aimed at undergraduate students but may serve the interests of other readers as well.
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Thevenin and Norton Equivalent Circuits: Part 1 [Circuit Intuitions]

IEEE Solid-State Circuits Magazine, 2018
Welcome to the 17th article in the "Circuit Intuitions" column series. As the title suggests, each article provides insights and intuitions into circuit design and analysis. These articles are aimed at undergraduate students but may serve the interests of other readers as well.
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Comments on "A unified and efficient approach for determining Thevenin (Norton) equivalent circuits

IEEE Transactions on Education, 1991
The commenters suggest that the unified approach of L. Jin and S. Chan in the above-titled work (ibid., vol.32, no.3, pp.408-410, 1990) has inefficiencies and limitations. The r model approach, which eliminates the inefficiencies and limitations of the unified approach is discussed. >
P.E. Gray, L. Tagliapietra
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One-step Evaluation of the Thevenin Equivalent Circuit

IETE Journal of Education, 2003
In the usual procedure to determine the Thevenin equivalent of a network N, two separate analyses are needed, one for finding the open-circuit voltage and the other for the evaluation of the Thevenin impedance. This note outlines a method to accomplish this task after the analysis of a single network.
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Limitations of the Thevenin and Norton equivalent circuits for a receiving antenna

IEEE Antennas and Propagation Magazine, 2003
The investigation carried out in this paper was stimulated by a recent paper published by Love (2002), in which the appropriateness of the use of the Thevenin and Norton equivalent circuits for a receiving antenna was questioned. A review of the available literature led to the conclusion that the limitations inherent in the Thevenin and Norton ...
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Comment on "Limitations of the Thevenin and Norton equivalent circuits for a receiving antenna"

IEEE Antennas and Propagation Magazine, 2003
The author comments that Collin (see IEEE Antennas and Propagation Magazine, vol.45, p.119-124, 2003) points out some of the attributes of the constant-power equivalent circuit for a receiving antenna. However, he disagrees with the writer's statement that the internal power dissipated in the circuit can be equated to the reradiated, or scattered ...
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Characteristic equation‐based computation of Thévenin and Norton equivalent circuits

IEEJ Transactions on Electrical and Electronic Engineering, 2011
AbstractIn this paper, a new method is proposed for determining the parameters of Thévenin and Norton equivalent circuits. The method is unified and employs only one topology that depends on the test load impedance,Zx, connected to the output of the circuit. It does not require setting all independent sources to zero for determining Thévenin and Norton
KELEBEKLER, ERSOY, YILDIZ, ALİ BEKİR
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