Results 201 to 210 of about 8,700,686 (233)
“Deglorifying” the Maximum Power Transfer Theorem and Factors in Impedance Selection
IEEE Transactions on Education, 2007 The limited usefulness of the maximum power transfer theorem in practice is argued. Inappropriately, the utility and value of the maximum power transfer theorem are often elevated to be religious icons of electrical engineering. While the theorem appears to be useful, often in real circuits the load impedance is not set equal to the complex conjugate ...
McLaughlin, James C., Kaiser, Kenneth L.
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On the maximum power transfer theorem within electromechanical systems
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 2006 Conditions for maximum power transfer are considered within electrical, mechanical, and electromechanical systems. The familiar concept of resistance load matching within an electrical system is extended to a mechanical system and is 50 per cent efficient. For electromechanical systems, the transfer of maximum power from one domain (the electrical, say)
Stephen, N.
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Many Faces of the Maximum Power Transfer Theorem
International Journal of Electrical Engineering & Education, 2003 The celebrated maximum power transfer theorem, which is usually stated for source impedance Z g = R g + jX g and load impedance Z L = R L
Dutta Roy, S. C.
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Maximum Power Transfer Theorem: A Simplified Approach
International Journal of Electrical Engineering & Education, 1998 This brief note illustrates a simplified approach for deriving the maximum power transfer condition through simple algebraic manipulation. The approach allows students in introductory electrical and electronic engineering courses to be introduced to this important concept before they have acquired the background calculus necessary for traditional ...
D. K. Paul, P. Gardner
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Generalized Maximum Power Transfer Theorem
IETE Journal of Education, 2017An alternative derivation for the general condition for delivering maximum power from a 2-terminal network n to another 2-terminal network N is given.
T S Rathore
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The maximum power transfer theorem for n-ports
IEEE Transactions on Circuit Theory, 1973The maximum power transfer theorem is proved by an elementary and simple method. The class of all impedance matrices which achieve maximum power transfer is completely described. Cases where Z_{0}+Z_{0^\ast} is not positive definite are completely discussed.
C Desoer
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Wireless Power Transfer: Types of Reflected Impedances and Maximum Power Transfer Theorem
IEEE Antennas and Wireless Propagation Letters, 2020In this letter, different types of resonant reflected impedances (real, imaginary, and negative) and conditions for their existence are introduced using power flow paths. The condition necessary to achieve maxima of power delivery at a high (>0.5) system efficiency is derived while maintaining a power factor of 0.85 or above.
Manjunath Machnoor, Gianluca Lazzi
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A general maximum power transfer theorem
IEEE Transactions on Education, 1995The maximum power transfer theorem provides the condition which the load resistance or impedance must satisfy for maximum power absorption from the source network. This paper reviews the conventional maximum power transfer theorem and presents a modification to the theorem by incorporating a measure of the relative importance of power transmission ...
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A generalization of the maximum power transfer theorem
Proceedings of the IEEE, 1969The well-known maximum power transfer theorem is generalized to the case of an n + 1 terminal network containing sources inside.
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On the generalizations of the maximum power transfer theorem
Proceedings of the IEEE, 1970Referring to the study of the generalization of the maximum power transfer theorem, it is shown that the proposed solution in a paper by Nambiar is not generally the only one. Particularly, under the conditions that we determine, the available power of a n-terminal pair network containing sources, may be absorbed by passive loads connected at each ...
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