...波形中具有较高的峰值集极电流,也就是因为相对地低的初级电感值,而使此电流值升高,所需付出代价是增加了绕组损失(winding losses)与输入电容器涟波电流.所以,同样地转换电晶体必须有高电流的承载能力,方能忍受此峰值电流.
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This paper examines the winding losses associated with skin and proximity effects for this kind of planar transformer.
本文还讨论了由趋肤效应和邻近效应所引起的绕组损耗。
参考来源 - 小型高压平面脉冲变压器·2,447,543篇论文数据，部分数据来源于NoteExpress
This scheme results in much less AC winding losses than those with usual EE or EI type cores.
与通常的EE、EI型铁心电感器相比，它有效降低了线圈损耗。
The new model includes winding leakage, iron losses and distributed capacitance. It has more similarity to the actual model. At last this model is verified by simulation.
这种新的模型既考虑了线圈漏感、又考虑了铁心损耗和分布电容，与实际模型有更大的相似性，最后用仿真结果验证了此模型的有效性。
Copper losses are the resistive heating losses in the primary and secondary winding of the transformer.
铜的电阻加热损失的损失在小学和中学绕组变压器。
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