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    • 3. 发明申请
    • Power supply device and uniform current control method
    • 电源装置和均匀电流控制方式
    • US20110080146A1
    • 2011-04-07
    • US12654949
    • 2010-01-11
    • Jingyan LiQinglin ZhaoZhihong YeMingzhu LiFei Luo
    • Jingyan LiQinglin ZhaoZhihong YeMingzhu LiFei Luo
    • G05F1/10
    • H02M3/285H02M2001/007
    • A power supply device for providing an output voltage includes a first resonant converter, a second resonant converter, a first converting circuit, and a current regulating circuit. The first resonant converter is for converting a first input voltage into the output voltage. The second resonant converter is for converting a second input voltage into the output voltage. The output ends of the first and second resonant converters are coupled in parallel. The first converting circuit is coupled to the first resonant converter and is operable to provide the first input voltage to the first resonant converter. The current regulating circuit receives signals related to output currents of the first and second resonant converters, and drives operation of the first converting circuit according to the signals received thereby such that the output currents of the first and second resonant converters have substantially equal magnitudes.
    • 用于提供输出电压的电源装置包括第一谐振转换器,第二谐振转换器,第一转换电路和电流调节电路。 第一谐振转换器用于将第一输入电压转换成输出电压。 第二谐振转换器用于将第二输入电压转换成输出电压。 第一和第二谐振转换器的输出端并联耦合。 第一转换电路耦合到第一谐振转换器,并且可操作以将第一输入电压提供给第一谐振转换器。 电流调节电路接收与第一和第二谐振变换器的输出电流相关的信号,并且根据由其接收的信号驱动第一转换电路的操作,使得第一和第二谐振转换器的输出电流具有基本相等的幅度。
    • 4. 发明授权
    • Control device for use in a resonant direct current/direct current converter
    • 用于谐振直流/直流电流转换器的控制装置
    • US07916506B2
    • 2011-03-29
    • US12395887
    • 2009-03-02
    • Qingyou ZhangXiaoyi JinXin GuoZhihong YeQinglin Zhao
    • Qingyou ZhangXiaoyi JinXin GuoZhihong YeQinglin Zhao
    • H02M3/335
    • H03L7/00H02M3/3376H02M2001/0058Y02B70/1433Y02B70/1491
    • A control device for controlling a switch unit of a resonant direct current/direct current converter includes a frequency modulation controller and a pulse selector. The frequency modulation controller is adapted to be coupled electrically to the converter for receiving a correcting threshold value and output information of the converter, and for generating a synchronization signal according to the correcting threshold value and the output information received thereby. The pulse selector is adapted to be coupled electrically to the converter and the frequency modulation controller for receiving the correcting threshold value, the output information and the synchronization signal, and for generating a driving signal according to the correcting threshold value, the output information and the synchronization signal received thereby. The driving signal is adapted to drive the switch unit and has a working period. The driving signal switches between high and low signal levels at a frequency that is substantially equal to that of the synchronization signal during the working period.
    • 用于控制谐振直流/直流电转换器的开关单元的控制装置包括频率调制控制器和脉冲选择器。 频率调制控制器适于与转换器电耦合,用于接收校正阈值并输出转换器的信息,并且用于根据校正阈值和由此接收的输出信息产生同步信号。 脉冲选择器适于电耦合到转换器和频率调制控制器,用于接收校正阈值,输出信息和同步信号,并用于根据校正阈值,输出信息和 同步信号由此接收。 驱动信号适于驱动开关单元并具有工作周期。 驱动信号在工作时段内的频率基本上等于同步信号的频率在高低信号电平之间切换。
    • 5. 发明申请
    • RESONANCE CONVERTING APPARATUS AND SYNCHRONOUS RECTIFICATION CIRCUIT
    • 谐振转换装置和同步整流电路
    • US20100290256A1
    • 2010-11-18
    • US12603620
    • 2009-10-22
    • LiuChun ZHOUZhong ZengXin GuoJi LiZhihong Ye
    • LiuChun ZHOUZhong ZengXin GuoJi LiZhihong Ye
    • H02M3/335
    • H02M3/33592H02M2001/0058Y02B70/1433Y02B70/1475Y02B70/1491
    • Provided is a resonance converting apparatus. The resonance converting apparatus preferably includes a resonant circuit, a bridge-type converter, and a synchronous rectification circuit. In which the resonant circuit has a transformer. The bridge-type converter connects with a primary side of the transformer, and operates open or close according to a switching signal. The synchronous rectification circuit further includes a pair of rectification transistors and driving circuits. The driving circuits correspondingly connect with channels to the rectification transistors, and respectively examine the current passing through the rectification transistors. A sensing signal is then generated. In accordance with the switching signal and the sensing signal, a driving signal is generated for driving the rectification transistor. Consequently the apparatus can raise the efficiency of the resonance converting apparatus.
    • 提供了一种谐振转换装置。 共振转换装置优选地包括谐振电路,桥式转换器和同步整流电路。 其中谐振电路具有变压器。 桥式转换器与变压器的初级侧相连,根据开关信号开启或关闭。 同步整流电路还包括一对整流晶体管和驱动电路。 驱动电路相应地将通道连接到整流晶体管,并分别检查通过整流晶体管的电流。 然后产生感测信号。 根据开关信号和感测信号,产生用于驱动整流晶体管的驱动信号。 因此,该装置可以提高谐振转换装置的效率。
    • 7. 发明申请
    • CONTROL DEVICE FOR USE IN A RESONANT DIRECT CURRENT/DIRECT CURRENT CONVERTER
    • 用于谐振直流电/直流电流转换器的控制装置
    • US20090219070A1
    • 2009-09-03
    • US12395887
    • 2009-03-02
    • QINGYOU ZHANGXIAOYI JINXIN GUOZHIHONG YEQINGLIN ZHAO
    • QINGYOU ZHANGXIAOYI JINXIN GUOZHIHONG YEQINGLIN ZHAO
    • H03L7/00
    • H03L7/00H02M3/3376H02M2001/0058Y02B70/1433Y02B70/1491
    • A control device for controlling a switch unit of a resonant direct current/direct current converter includes a frequency modulation controller and a pulse selector. The frequency modulation controller is adapted to be coupled electrically to the converter for receiving a correcting threshold value and output information of the converter, and for generating a synchronization signal according to the correcting threshold value and the output information received thereby. The pulse selector is adapted to be coupled electrically to the converter and the frequency modulation controller for receiving the correcting threshold value, the output information and the synchronization signal, and for generating a driving signal according to the correcting threshold value, the output information and the synchronization signal received thereby. The driving signal is adapted to drive the switch unit and has a working period. The driving signal switches between high and low signal levels at a frequency that is substantially equal to that of the synchronization signal during the working period.
    • 用于控制谐振直流/直流电转换器的开关单元的控制装置包括频率调制控制器和脉冲选择器。 频率调制控制器适于与转换器电耦合,用于接收校正阈值并输出转换器的信息,并且用于根据校正阈值和由此接收的输出信息产生同步信号。 脉冲选择器适于电耦合到转换器和频率调制控制器,用于接收校正阈值,输出信息和同步信号,并用于根据校正阈值,输出信息和 同步信号由此接收。 驱动信号适于驱动开关单元并具有工作周期。 驱动信号在工作时段内的频率基本上等于同步信号的频率在高低信号电平之间切换。
    • 8. 发明申请
    • Temperature-compensated inductor DCR dynamic current sensing
    • 温度补偿电感DCR动态电流检测
    • US20070241727A1
    • 2007-10-18
    • US11406487
    • 2006-04-18
    • Shiguo LuoZhihong YeGuangyong Zhu
    • Shiguo LuoZhihong YeGuangyong Zhu
    • G05F1/00
    • H02M3/1588H02M2001/0009Y02B70/1466
    • A resister network having a negative temperature coefficient (NTC) may be utilized to create a temperature compensated equivalent resistance “R” for a current sensing RC network used in measuring inductor current of a DC-to-DC converter or a general switching regulator that needs to use inductor current as a control signal. The NTC resistor of the RC network effectively compensates for the positive temperature coefficient of the switching regulator inductor's inherent DC resistance (DCR). Keeping the time constants of the RC network and the switching regulator inductor substantially matched improves operation of cycle by cycle based control modes such as peak current sensing by the switching regulator controller in performing peak current control for the DC-to-DC converter.
    • 可以使用具有负温度系数(NTC)的电阻网络来为用于测量DC-DC转换器的电感电流或需要的一般开关调节器的电流感测RC网络产生温度补偿的等效电阻“R” 使用电感电流作为控制信号。 RC网络的NTC电阻有效地补偿了开关稳压器电感的固有直流电阻(DCR)的正温度系数。 保持RC网络和开关稳压器电感器的时间常数基本匹配,可以提高逐周期控制模式的运行,如开关稳压器控制器对DC-DC转换器进行峰值电流控制时的峰值电流检测。
    • 9. 发明申请
    • System, method, and article of manufacture for controlling operation of an electrical power generation system
    • 用于控制发电系统运行的系统,方法和制造
    • US20070228838A1
    • 2007-10-04
    • US11392166
    • 2006-03-29
    • Robert DelmericoMark CardinalNicholas MillerDapeng LiuZhihong Ye
    • Robert DelmericoMark CardinalNicholas MillerDapeng LiuZhihong Ye
    • H02J1/00
    • H02J3/50F03D7/048H02J3/16H02J3/383H02J3/386Y02E10/563Y02E10/723Y02E10/763Y02E40/34Y02P70/523Y10T307/718
    • A system, a method, and an article of manufacture for controlling operation of an electrical power generation system are provided. The electrical power generation system has a plurality of electrical generators electrically coupled to an electrical grid. The method includes obtaining a first output parameter value associated with the electrical power generation system. The method further includes determining an error value indicative of a difference between the first output parameter value and a desired output parameter value. The method further includes determining a first gain value based on at least one of the first output parameter value and a time-varying operational parameter of the electrical power generation system. The method further includes determining a first power value based on the error value and the first gain value. The method further includes determining a second gain value based on at least one of the first output parameter value, the time-varying operational parameter, and a reference value. The method further includes determining a second power value based on the error value and the second gain value. The method further includes generating a desired power command for the electrical power generation system based on the first and second power values.
    • 提供了一种用于控制发电系统的操作的系统,方法和制品。 电力发电系统具有电耦合到电网的多个发电机。 该方法包括获得与发电系统相关联的第一输出参数值。 该方法还包括确定指示第一输出参数值和期望的输出参数值之间的差的误差值。 该方法还包括基于发电系统的第一输出参数值和时变运行参数中的至少一个来确定第一增益值。 该方法还包括基于误差值和第一增益值来确定第一功率值。 该方法还包括基于第一输出参数值,时变操作参数和参考值中的至少一个来确定第二增益值。 该方法还包括基于误差值和第二增益值来确定第二功率值。 该方法还包括基于第一和第二功率值产生用于发电系统的期望功率命令。