本论文建立了包含电磁现象以及对电感性能有重要影响的寄生电阻和寄生电容的物理模型。
This dissertation presents physical models that address the electromagnetic phenomena and parasitics important to the behavior of on-chip inductors.
可是对含有纯电容回路和纯电感割集的奇异电路，在“换路”瞬间其初始值有可能发生跃变现象，不能用换路定则来求解。
But in the singularity circuits that contain pure capacitance loop and pure inductance cutset, the initial value is possible of jumping phenomenon when switching.
这个现象证明了电感衬底电场和磁场损耗物理模型的有效性。
This phenomenon validates the physical models of the electric field and magnetic field losses of the on-chip inductors in the substrate.
通过研究地磁电感应现象，法拉第发现了电力、电流和电阻三者之间的相互关系，揭示了欧姆定律的内容。
In the study of Terrestrial Magneto-Electric Induction, Faraday finds out the relations among electric force, electricity, and electric obstacle, he then reveals the contents of Ohms Law.
该文以非线性负电感的模拟实现为例，对此现象作了详细的分析。
This paper makes a detailed analysis of this phenomenon by taking the simulation realization of non-linear…
具有高速启动功能，不会出现电感镇流器闪烁、多次反复启动的现象，延长灯管寿命。
Owing to high speed start function, flicker-free, no repetitive starting, and prolong lamp life.
经由磁性保护，电感间无交互耦合现象，适合高密度配置。
No cross coupling between inductors due to magnetic shield. Ideal for high density installation.
经由磁性保护，电感间无交互耦合现象，适合高密度配置。
No cross coupling between inductors due to magnetic shield. Ideal for high density installation.
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