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This contribution presents an original mathematical method for numerically evaluating the noise parameters of a transmission line subject to an arbitrary thermal gradient. Compared with previous methods, this procedure permits to easily take into account possible variations of line parameters along the propagation direction due to very high thermal excursions. The principal application of the proposed...
This contribution presents a very flexible tool for numerically evaluating the noise parameters of a transmission line subject to an arbitrary thermal gradient. Contrary to previous methods, the proposed approach allows straightforwardly to take into account possible variations of electrical parameters along the propagation direction, such as may be expected when temperature ranges between very different...
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