1998
DOI: 10.1016/s0921-4534(98)00545-0
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Modeling of microstrip quasi-TEM superconducting transmission lines, comparison with experimental results

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Cited by 21 publications
(8 citation statements)
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“…By using these materials as the thin-film circuits of microwave passive components, their conduction loss is dramatically reduced. High-resonators, low-loss filters, and other high-performance microwave devices can be achieved even by the microstrip or stripline thin-film configuration [5]- [7].…”
Section: Introductionmentioning
confidence: 99%
“…By using these materials as the thin-film circuits of microwave passive components, their conduction loss is dramatically reduced. High-resonators, low-loss filters, and other high-performance microwave devices can be achieved even by the microstrip or stripline thin-film configuration [5]- [7].…”
Section: Introductionmentioning
confidence: 99%
“…Even and odd mode inductance shows opposite variations with increasing such that as tending infinite, the even mode inductance and odd mode inductance approach each other and are both equal to 350 nH/m. Theoretically, the limit value of the even and odd mode inductance of a coupled microstrip should be equal to the inductance of a single microstrip with the same structure, which is, for this example, 357.5 nH/m calculated from the formulas given in [24]. The discrepancy is 2.1%.…”
Section: Checking the Modelmentioning
confidence: 86%
“…However, according to [24] the losses are almost the same when as , and in these cases the normal magnetic field only recesses the large-dimension high-temperature conductor walls in width . So, from [24], the kinetic inductance is given by (12) The second case is for thinner microstrips (typically when ). Modification to the incremental inductance rule is used in the quasi-TEM approximation in the absence of the anomalous penetration effect.…”
Section: Calculation Of the Kinetic Inductancementioning
confidence: 92%
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“…Kuomet MPL sklindančios elektromagnetinės bangos ilgis yra mažesnis už dielektrinio pagrindo storį (praktiškai virpesių dažnis gali siekti dešimtis gigahercų), analizuojant liniją taikytinas kvazi-TEM artinys. Šiuo atveju MPL būdingoji varža B Z ir santykinė efektinė dielektrinė skvarba r ef ε gali būti apskaičiuotos žinant linijos ilgines talpas (Boutboul et al 1998):…”
Section: Mikrojuostelinės Perdavimo Linijos Modelių Sudarymas…unclassified