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Multiphase ternary Fibonacci 2D switched capacitor converters

机译:多相三元斐波纳契2D开关电容器转换器

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The paper proposes a method to use the Fibonacci numbers with odd and even indices for synthesis of switched capacitor converters (SCCs) with multiphase control. As in the previously developed method using high-radix positional numeral systems, the capacitors in the proposed method can be connected in parallel. For this purpose, a special two-dimensional (2D) array of switches is introduced. Thus, all the available earlier target voltages as well as those defined by the Fibonacci numbers with odd and even indices, can be obtained using the same array of switches. Owing to small distance between the neighboring target voltages, the total SCC efficiency can be increased. The theoretical results were verified by simulations.
机译:本文提出了一种使用奇偶指数的斐波那契数来合成具有多相控制的开关电容器转换器(SCC)的方法。与以前使用高基数位置数字系统开发的方法一样,建议的方法中的电容器可以并联连接。为此,引入了特殊的二维(2D)开关阵列。因此,可以使用相同的开关阵列获得所有可用的较早目标电压以及具有奇数和偶数索引的斐波那契数所定义的目标电压。由于相邻目标电压之间的距离较小,因此可以提高总SCC效率。通过仿真验证了理论结果。

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