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    • 7. 发明授权
    • Voltage regulator compensating for voltage drop along conductors between regulator output and load
    • 电压调节器补偿在调节器输出和负载之间的导体上的电压降
    • US08754622B2
    • 2014-06-17
    • US12610190
    • 2009-10-30
    • Robert DobkinThomas P. HackYuhui Chen
    • Robert DobkinThomas P. HackYuhui Chen
    • G05F1/56G05F1/563G05F1/565G05F1/575
    • H02M3/156G01R31/40H02M2001/0025
    • An automatic voltage compensation circuit in a voltage regulator compensates the output voltage for a voltage drop along lines leading to a remote load. A load capacitor is connected across the load for providing a low impedance across the load during a test phase of the regulator. In one embodiment, during the test phase, the load current is changed up or down a small percentage (e.g., 10%). As a result, the regulator voltage changes due only to the line resistance since the load is bypassed by the load capacitor. The voltage drop at full load current is then derived by detecting the change in regulator output voltage (a fractional voltage drop) and multiplying it. The normal mode is resumed, and the derived voltage drop is added to the regulator output by either compensating the feedback loop or by adding the voltage drop to the output of the regulator.
    • 电压调节器中的自动电压补偿电路可以补偿输出电压,以便沿着导致远程负载的线路的电压降。 负载电容器连接在负载上,以在调节器的测试阶段在负载上提供低阻抗。 在一个实施例中,在测试阶段期间,负载电流以小百分比(例如,10%)向上或向下改变。 结果,由于负载被负载电容器旁路,所以调节器电压仅由于线路电阻而变化。 然后通过检测调节器输出电压(分数电压降)的变化并将其乘以来得到满载电流下的电压降。 恢复正常模式,通过补偿反馈回路或将压降加到调节器的输出端,导出的电压降被添加到调节器输出。
    • 8. 发明申请
    • Voltage Regulator with Virtual Remote Sensing
    • 具有虚拟遥感的电压调节器
    • US20110101937A1
    • 2011-05-05
    • US12610190
    • 2009-10-30
    • Robert DobkinThomas P. HackYuhui Chen
    • Robert DobkinThomas P. HackYuhui Chen
    • G05F1/10
    • H02M3/156G01R31/40H02M2001/0025
    • An automatic voltage compensation circuit in a voltage regulator compensates the output voltage for a voltage drop along lines leading to a remote load. A load capacitor is connected across the load for providing a low impedance across the load during a test phase of the regulator. In one embodiment, during the test phase, the load current is changed up or down a small percentage (e.g., 10%). As a result, the regulator voltage changes due only to the line resistance since the load is bypassed by the load capacitor. The voltage drop at full load current is then derived by detecting the change in regulator output voltage (a fractional voltage drop) and multiplying it. The normal mode is resumed, and the derived voltage drop is added to the regulator output by either compensating the feedback loop or by adding the voltage drop to the output of the regulator.
    • 电压调节器中的自动电压补偿电路可以补偿输出电压,以便沿着导致远程负载的线路的电压降。 负载电容器连接在负载上,以在调节器的测试阶段在负载上提供低阻抗。 在一个实施例中,在测试阶段期间,负载电流以小百分比(例如,10%)向上或向下改变。 结果,由于负载被负载电容器旁路,所以调节器电压仅由于线路电阻而变化。 然后通过检测调节器输出电压(分数电压降)的变化并将其乘以来得到满载电流下的电压降。 恢复正常模式,通过补偿反馈回路或将压降加到调节器的输出端,导出的电压降被添加到调节器输出。