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    • 1. 发明授权
    • Resonance tuning
    • US10141749B2
    • 2018-11-27
    • US14954501
    • 2015-11-30
    • National Semiconductor Corporation
    • Vijay N. ChoudharyRobert Loke
    • H02J5/00H03J1/00
    • One heuristic for tuning a wireless power transfer device includes monitoring a circuit parameter while sweeping a power source frequency; identifying two frequencies related to local maxima of the circuit parameter values; estimating self-resonant frequency of an electromagnetically coupled device based on the two frequencies; determining a value for a tuning component of the wireless power transfer device such that the device self-resonant frequency equals the estimated coupled device self-resonant frequency; and adjusting the tuning component to the determined value.Another tuning heuristic includes monitoring a circuit parameter while sweeping the power source frequency; identifying two frequencies related to two local maximum for the values of the circuit parameter; determining a desired resonance frequency for the wireless power transfer device based on stored information; and adjusting the tuning component to a value that causes the wireless power transfer device when uncoupled to operate at or near the desired resonance frequency.
    • 2. 发明申请
    • RESONANCE TUNING
    • 谐振
    • US20160141889A1
    • 2016-05-19
    • US14954501
    • 2015-11-30
    • National Semiconductor Corporation
    • Vijay N. ChoudharyRobert Loke
    • H02J5/00
    • H02J5/005H03J1/0091
    • One heuristic for tuning a wireless power transfer device includes monitoring a circuit parameter while sweeping a power source frequency; identifying two frequencies related to local maxima of the circuit parameter values; estimating self-resonant frequency of an electromagnetically coupled device based on the two frequencies; determining a value for a tuning component of the wireless power transfer device such that the device self-resonant frequency equals the estimated coupled device self-resonant frequency; and adjusting the tuning component to the determined value.Another tuning heuristic includes monitoring a circuit parameter while sweeping the power source frequency; identifying two frequencies related to two local maximum for the values of the circuit parameter; determining a desired resonance frequency for the wireless power transfer device based on stored information; and adjusting the tuning component to a value that causes the wireless power transfer device when uncoupled to operate at or near the desired resonance frequency.
    • 用于调谐无线电力传输设备的一种启发式方法包括在扫描电源频率的同时监视电路参数; 识别与电路参数值的局部最大值相关的两个频率; 基于两个频率估计电磁耦合器件的自谐振频率; 确定所述无线功率传输装置的调谐部件的值,使得所述装置自谐振频率等于估计的耦合装置自谐振频率; 以及将调谐分量调整到所确定的值。 另一种调谐启发式方法包括监测电路参数,同时扫描电源频率; 识别与电路参数的值的两个局部最大值相关的两个频率; 基于存储的信息确定所述无线电力传送装置的期望的共振频率; 以及将所述调谐分量调整到使得所述无线功率传输装置在未耦合以在期望的谐振频率处或接近期间工作的值。