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Volumetric limits of planar integrated resonant transformers: a 1 MHz case study

机译:平面集成谐振变压器的体积极限:1 MHz案例研究

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Integrated planar resonant/transformer structures analysed are constructed from planar ferrites, conductive layers, leakage layers and slabs of ceramic dielectric. The minimum dimensions for these structures are determined based on electromagnetic and technological limits respectively. The electromagnetic limits are analysed in terms of the permeabilities, permittivities and conductivities, skin effect, breakdown field and physical dimensions. An example of a power converter with an integrated resonant/transformer (L-L-C-T) structure is used to illustrate the analysis. This analysis indicates that the electromagnetic limits results in volumes two orders of magnitude smaller than the present constructions, illustrating that the power density is at present only limited by constructional technology. The thermal limit is expected to be the next barrier within one order of magnitude.
机译:分析的集成平面谐振/变压器结构由平面铁氧体,导电层,泄漏层和陶瓷电介质板构成。这些结构的最小尺寸分别基于电磁和技术限制来确定。在渗透率,允许性和电导率,皮肤效应,击穿场和物理尺寸方面分析电磁限制。具有集成谐振/变压器(L-L-C-T)结构的功率转换器的示例用于说明分析。该分析表明电磁限制导致比本结构小的两个数量级,示出了功率密度仅受到结构技术的限制。预期热限是在一个幅度范围内的下一个屏障。

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