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Design of an EMC-improved Regulated Charge Pump in 180-nm CMOS technology

机译:180-NM CMOS技术的EMC改进的调节电荷泵设计

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The charge pump is a critical block for the electromagnetic compatibility of an IC in motor driver applications. We present a new and simple regulation concept of a charge pump, which can work in continuous and discontinuous mode of operation. It will be shown in this paper that the continous and discontinuous mode have different EMC performance. The charge pump has a chaotic switching behavior in this case and this effect spreads the emitted power across a wider range of frequencies. The concept of the charge pump is presented and is discussed in detail. Measurement results are shown for a charge pump realized in a 180 nm CMOS technology in the continous mode.
机译:电荷泵是电机驱动器应用中IC的电磁兼容性的关键块。我们提出了一种新的和简单的电荷泵调节概念,可以以连续和不连续的操作方式工作。本文将显示,连续和不连续模式具有不同的EMC性能。在这种情况下,电荷泵具有混沌切换行为,并且该效果在更广泛的频率范围内扩展发射的功率。提出了电荷泵的概念,并详细讨论。示出了在连续模式下在180nm CMOS技术中实现的电荷泵的测量结果。

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