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Dynamic switching approach to reduce area and power consumption of high voltage charge pumps

机译:动态切换方法可减少高压电荷泵的面积和功耗

摘要

A charge pump system uses a dynamic switching approach, where the pump connections are independent of the load for each output. One large pump is designed to be shared between all of the outputs for use during the ramp up during recovery, with each output level also have one designated pump to maintain its level when under regulation. Each small pump is designed with capability that can maintain its output at its regulation level. Each of these pumps can be tailored to the corresponding output level, such as the number of stages being higher in the pump to supply the higher output level. The large pump unit is constructed to be ample to provide sufficient drive to be able to assist in the ramp up phase for all of the outputs and has as many switches needed to connect the pump with all the needed outputs.
机译:电荷泵系统使用动态切换方法,其中泵的连接与每个输出的负载无关。一个大型泵设计为在所有输出之间共享,以便在恢复期间的上升期间使用,每个输出级别还具有一个指定的泵,以在调节时保持其级别。每个小型泵的设计能力都可以使其输出保持在调节水平。这些泵中的每一个都可以适应相应的输出水平,例如泵中的级数更高,以提供更高的输出水平。大型泵单元的结构足以提供足够的驱动力,以协助所有输出的加速阶段,并具有将泵与所有需要的输出连接所需的尽可能多的开关。

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