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A Dual-Mode Passive Rectifier for Wide-Range Input Power Flow

机译:用于宽范围输入功率流的双模无源整流器

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To increase power conversion efficiency (PCE), we introduce a new rectifier, which combines advantages of cross-coupled and cross-coupled bridge rectifiers by switching between the two topologies according to the incoming signal power level. In conventional designs, cross-coupled topology attains up to 80% PCE in the low-power range, while cross-coupled bridge topology attains up to 80% in the mid-power range. Hence, the proposed passive rectifier provides a minimum of 57% PCE in the entire low- and mid-power ranges. To switch between the two topologies, a voltage detector is used to sense very low input voltages followed by a control circuit. The TowerJazz 0.18-μm TS18PM CMOS high voltage power management process has been used for this analysis.
机译:为了提高功率转换效率(PCE),我们引入了一种新的整流器,其通过根据输入信号功率电平在两个拓扑之间切换来结合交叉耦合和交叉耦合桥式整流器的优点。在传统设计中,交叉耦合拓扑结构在低功率范围内达到高达80%的PCE,而交叉耦合桥拓扑在中功率范围内高达80%。因此,所提出的被动整流器在整个低功率范围内提供至少57%的PCE。为了在两个拓扑之间切换,电压检测器用于感测非常低的输入电压,然后是控制电路。 Towerjazz 0.18-μmts18pm cmos高压电源管理过程已用于此分析。

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