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    • 1. 发明申请
    • METHOD AND APPARATUS TO CONTROL A POWER CONVERTER HAVING A LOW LOOP BANDWIDTH
    • 控制具有低环路带宽的功率转换器的方法和装置
    • US20110194309A1
    • 2011-08-11
    • US12703108
    • 2010-02-09
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • H02M3/335H05B37/02
    • H02M3/33507H02M1/4258H02M3/33515H05B33/0815Y02B20/346Y02B70/126
    • A power converter controller is disclosed. An example power converter controller includes a feedback sensor circuit coupled to receive a feedback signal representative of an output of the power converter. The controller also includes a feedback sampling signal generator coupled to generate a feedback sampling signal coupled to be received by the feedback sensor circuit. The feedback sensor circuit is coupled to sample the feedback signal in response to the feedback sampling signal. The controller also includes a state machine coupled to the feedback sensor circuit to control switching of a switch of the power converter circuit according to one of a plurality of operating condition states in response to the feedback sensor circuit. The controller also includes a feedback time period signal generator coupled to generate a feedback time period signal coupled to be received by the state machine. A period of a feedback time period signal is substantially greater than a period of the feedback sampling signal. The state machine is coupled to be updated in response to the feedback time period signal.
    • 公开了一种电力转换器控制器。 示例性功率转换器控制器包括耦合以接收表示功率转换器的输出的反馈信号的反馈传感器电路。 控制器还包括反馈采样信号发生器,其被耦合以产生耦合以由反馈传感器电路接收的反馈采样信号。 反馈传感器电路被耦合以响应于反馈采样信号对反馈信号进行采样。 控制器还包括耦合到反馈传感器电路的状态机,以响应于反馈传感器电路来控制根据多个操作状态中的一个的功率转换器电路的开关的切换。 控制器还包括耦合以产生耦合以由状态机接收的反馈时间周期信号的反馈时间周期信号发生器。 反馈时间周期信号的周期显着大于反馈采样信号的周期。 状态机被耦合以响应于反馈时间周期信号被更新。
    • 3. 发明授权
    • Method and apparatus to control a power converter having a low loop bandwidth
    • 控制具有低环路带宽的功率转换器的方法和装置
    • US08300434B2
    • 2012-10-30
    • US13315166
    • 2011-12-08
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • H02M3/335
    • H02M3/33507H02M1/4258H02M3/33515H05B33/0815Y02B20/346Y02B70/126
    • An example controller includes a feedback sensor circuit that receives a feedback signal representative of an output of a power converter. A feedback sampling signal generator is coupled to generate a feedback sampling signal. The feedback sensor circuit samples the feedback signal in response to the feedback sampling signal. A state machine controls switching of a switch of a power converter circuit according to one of a plurality of operating condition states in response to the feedback sensor circuit. Each of the plurality of operating condition states includes a substantially fixed switch on time. A feedback time period signal generator generates a feedback time period signal received by the state machine. A period of the feedback time period signal is substantially greater than a period of the feedback sampling signal. The state machine is updated in response to the feedback time period signal.
    • 示例性控制器包括反馈传感器电路,其接收表示功率转换器的输出的反馈信号。 耦合反馈采样信号发生器以产生反馈采样信号。 反馈传感器电路响应于反馈采样信号对反馈信号进行采样。 响应于反馈传感器电路,状态机根据多个操作状态中的一个来控制功率转换器电路的开关的切换。 多个操作状态中的每一个包括基本上固定的开关开关。 反馈时间周期信号发生器产生由状态机接收的反馈时间周期信号。 反馈时间周期信号的周期显着大于反馈采样信号的周期。 响应于反馈时间段信号更新状态机。
    • 4. 发明授权
    • Method and apparatus to control a power converter having a low loop bandwidth
    • 控制具有低环路带宽的功率转换器的方法和装置
    • US08098503B2
    • 2012-01-17
    • US12703108
    • 2010-02-09
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • Yury GaknokiMingming MaoDavid Michael Hugh MatthewsTiziano Pastore
    • H02M3/335
    • H02M3/33507H02M1/4258H02M3/33515H05B33/0815Y02B20/346Y02B70/126
    • A power converter controller is disclosed. An example power converter controller includes a feedback sensor circuit coupled to receive a feedback signal representative of an output of the power converter. The controller also includes a feedback sampling signal generator coupled to generate a feedback sampling signal coupled to be received by the feedback sensor circuit. The feedback sensor circuit is coupled to sample the feedback signal in response to the feedback sampling signal. The controller also includes a state machine coupled to the feedback sensor circuit to control switching of a switch of the power converter circuit according to one of a plurality of operating condition states in response to the feedback sensor circuit. The controller also includes a feedback time period signal generator coupled to generate a feedback time period signal coupled to be received by the state machine. A period of a feedback time period signal is substantially greater than a period of the feedback sampling signal. The state machine is coupled to be updated in response to the feedback time period signal.
    • 公开了一种电力转换器控制器。 示例性功率转换器控制器包括耦合以接收表示功率转换器的输出的反馈信号的反馈传感器电路。 控制器还包括反馈采样信号发生器,其被耦合以产生耦合以由反馈传感器电路接收的反馈采样信号。 反馈传感器电路被耦合以响应于反馈采样信号对反馈信号进行采样。 控制器还包括耦合到反馈传感器电路的状态机,以响应于反馈传感器电路来控制根据多个操作状态中的一个的功率转换器电路的开关的切换。 控制器还包括耦合以产生耦合以由状态机接收的反馈时间周期信号的反馈时间周期信号发生器。 反馈时间周期信号的周期显着大于反馈采样信号的周期。 状态机被耦合以响应于反馈时间周期信号被更新。
    • 8. 发明授权
    • Integrated on-time extension for non-dissipative bleeding in a power supply
    • 电源中非耗散性出血的集成准时延长
    • US08299730B2
    • 2012-10-30
    • US12703072
    • 2010-02-09
    • Yury GaknokiMingming MaoTiziano Pastore
    • Yury GaknokiMingming MaoTiziano Pastore
    • H05B37/02
    • H02M1/4258H02M5/2573H05B33/0815Y02B20/346Y02B70/126
    • An example controller for a switched mode power supply includes a zero-crossing detector, drive logic, and an on-time extension block. The zero-crossing detector is coupled to generate a first signal prior to a zero-crossing of an input voltage of the power supply. The drive logic is to generate a drive logic output signal in response to a feedback signal, where the drive logic output signal is representative of an initial on-time. The on-time extension block is coupled to the zero-crossing detector and to the drive logic to generate a drive signal in response to the drive logic output signal. The drive signal controls switching of a switch to remove charge from a filter capacitor of the power supply. The drive signal is representative of a total on-time of the switch equal to a sum of the initial on-time and an extended on-time, where the extended on-time is responsive to the first signal.
    • 用于开关模式电源的示例性控制器包括过零检测器,驱动逻辑和导通时间延伸块。 过零检测器被耦合以在电源的输入电压过零之前产生第一信号。 驱动逻辑是响应于反馈信号产生驱动逻辑输出信号,其中驱动逻辑输出信号代表初始接通时间。 导通时间延伸块耦合到过零检测器和驱动逻辑以响应于驱动逻辑输出信号产生驱动信号。 驱动信号控制开关的切换以从电源的滤波电容器去除电荷。 驱动信号代表开关的总接通时间等于初始接通时间和延长接通时间的总和,其中延长的导通时间响应于第一信号。