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    • 1. 发明授权
    • Power supply circuit for motherboard
    • 主板电源电路
    • US08405246B2
    • 2013-03-26
    • US12870642
    • 2010-08-27
    • Hsiang-Jui HungKun-Lung WuYuan-Lin LiuYong-Xian ZhaoLei Yang
    • Hsiang-Jui HungKun-Lung WuYuan-Lin LiuYong-Xian ZhaoLei Yang
    • H02J3/14
    • G06F1/26Y10T307/406
    • A power supply circuit for providing power and detecting a plurality of loads' input voltages on a motherboard includes a pulse width modulation (PWM) controller, a voltage output circuit and a voltage feedback circuit electrically connected to the PWM controller and the plurality of loads. The PWM controller outputs PWM control signals. The voltage output circuit receives the PWM control signals and outputs working voltage to the plurality of loads according to the received PWM control signals. The voltage feedback circuit detects the plurality of loads' input voltages and outputs feedback signals to the PWM controller according to the detected input voltages. The PWM controller adjusts its PWM control signal outputs, according to the received feedback signals, and adjusting working voltages to the plurality of loads.
    • 用于在母板上提供电力并检测多个负载的输入电压的电源电路包括脉冲宽度调制(PWM)控制器,电压输出电路和电连接到PWM控制器和多个负载的电压反馈电路。 PWM控制器输出PWM控制信号。 电压输出电路接收PWM控制信号,并根据接收到的PWM控制信号向多个负载输出工作电压。 电压反馈电路检测多个负载的输入电压,并根据检测到的输入电压向PWM控制器输出反馈信号。 PWM控制器根据接收到的反馈信号调整其PWM控制信号输出,并调整多个负载的工作电压。
    • 2. 发明申请
    • POWER SUPPLY CIRCUIT FOR MOTHERBOARD
    • 电源板供电电路
    • US20110278924A1
    • 2011-11-17
    • US12870642
    • 2010-08-27
    • HSIANG-JUI HUNGKUN-LUNG WUYUAN-LIN LIUYONG-XIAN ZHAOLEI YANG
    • HSIANG-JUI HUNGKUN-LUNG WUYUAN-LIN LIUYONG-XIAN ZHAOLEI YANG
    • H02J1/00
    • G06F1/26Y10T307/406
    • A power supply circuit for providing power and detecting a plurality of loads' input voltages on a motherboard includes a pulse width modulation (PWM) controller, a voltage output circuit and a voltage feedback circuit electrically connected to the PWM controller and the plurality of loads. The PWM controller outputs PWM control signals. The voltage output circuit receives the PWM control signals and outputs working voltage to the plurality of loads according to the received PWM control signals. The voltage feedback circuit detects the plurality of loads' input voltages and outputs feedback signals to the PWM controller according to the detected input voltages. The PWM controller adjusts its PWM control signal outputs, according to the received feedback signals, and adjusting working voltages to the plurality of loads.
    • 用于在母板上提供电力并检测多个负载的输入电压的电源电路包括脉冲宽度调制(PWM)控制器,电压输出电路和电连接到PWM控制器和多个负载的电压反馈电路。 PWM控制器输出PWM控制信号。 电压输出电路接收PWM控制信号,并根据接收到的PWM控制信号向多个负载输出工作电压。 电压反馈电路检测多个负载的输入电压,并根据检测到的输入电压向PWM控制器输出反馈信号。 PWM控制器根据接收到的反馈信号调整其PWM控制信号输出,并调整多个负载的工作电压。
    • 3. 发明授权
    • Boost converter
    • 升压转换器
    • US07602156B2
    • 2009-10-13
    • US11525133
    • 2006-09-22
    • Hsiang-Chung WengChing-Fu ChengHsiang-Jui HungSun-Chen Yang
    • Hsiang-Chung WengChing-Fu ChengHsiang-Jui HungSun-Chen Yang
    • G05F1/46
    • H02M3/1584
    • A boost converter includes a first boost conversion unit and a second boost conversion unit. Coils of the first boost conversion unit and the second boost conversion unit are coupled with each other. Due to coupling of the coils, the second boost conversion unit releases energy while the first boost conversion unit stores energy in a period of time. Furthermore, due to coupling of the coils, the first boost conversion unit releases energy while the second boost conversion unit stores energy in another period of time. The two boost conversion units operate alternately, thereby adjusting switching loss and averaging output power of components. Furthermore, as switching frequency increases, the coil inductance, as well as the capacitance required in the two boost conversion units can be reduced correspondingly, thus substantially enhancing responses of the two boost conversion units as a whole.
    • 升压转换器包括第一升压转换单元和第二升压转换单元。 第一升压转换单元和第二升压转换单元的线圈彼此耦合。 由于线圈的耦合,第二升压转换单元释放能量,同时第一升压转换单元在一段时间内存储能量。 此外,由于线圈的耦合,第一升压转换单元释放能量,而第二升压转换单元在另一时间段内存储能量。 两个升压转换单元交替运行,从而调整开关损耗并平均组件的输出功率。 此外,随着开关频率增加,可以相应地减小两个升压转换单元所需的线圈电感以及所需的电容,从而实质上增强了两个升压转换单元整体的响应。
    • 4. 发明授权
    • Buck converter
    • 降压转换器
    • US07538530B2
    • 2009-05-26
    • US11528337
    • 2006-09-28
    • Hsiang-Jui HungHan-Hsun ChenChun-San LinSun-Chen Yang
    • Hsiang-Jui HungHan-Hsun ChenChun-San LinSun-Chen Yang
    • G05F1/40
    • H02M3/1584H02M1/088H02M3/1588H02M2001/0048Y02B70/1466Y02B70/1491Y10T307/625
    • The invention relates to a buck converter including a first high-side switch circuit having an input terminal electrically connected to a first power input terminal, a control terminal electrically connected to a first control signal source, and an output terminal; a second high-side switch circuit having an input terminal electrically connected to a second power input terminal, a control terminal electrically connected to a second control signal source, and an output terminal electrically connected to the output terminal of the first high-side switch; a lower-side switch circuit having a first terminal electrically connected to the output terminal of the first high-side switch and a second terminal electrically connected to a reference power terminal; and a filter electrically connected to the output terminal of the first high-side switch and a power output terminal, wherein the first and second high-side switch circuits will not turn on at the same time.
    • 本发明涉及一种降压转换器,包括第一高侧开关电路,其具有电连接到第一电源输入端子的输入端子,电连接到第一控制信号源的控制端子和输出端子; 第二高侧开关电路,其具有电连接到第二电源输入端子的输入端子,电连接到第二控制信号源的控制端子和电连接到第一高侧开关的输出端子的输出端子; 下侧开关电路,其具有电连接到第一高侧开关的输出端子的第一端子和电连接到参考功率端子的第二端子; 以及电连接到第一高侧开关的输出端子和电力输出端子的滤波器,其中第一和第二高侧开关电路不会同时导通。
    • 5. 发明申请
    • Backlight device capable of increasing luminance efficiency
    • 能够提高亮度效率的背光装置
    • US20070252531A1
    • 2007-11-01
    • US11790245
    • 2007-04-24
    • Hsiang-Jui HungYun-Jiun YouChun-San LinHan-Hsun ChenSun-Chen Yang
    • Hsiang-Jui HungYun-Jiun YouChun-San LinHan-Hsun ChenSun-Chen Yang
    • H05B41/16
    • H05B41/282Y02B20/183
    • A backlight device capable of increasing luminance efficiency includes a power transformation device having a primary end and a secondary end for transforming current received by the primary end and outputting transformed current from the secondary end. The backlight device further includes a double-wind coupling element including a first coupling element and a second coupling element coupled to terminals of the secondary end, for adjusting current between the first coupling element and the second coupling element, and a cold cathode fluorescent lamp coupled to the first coupling element and the second coupling element, for making current flowing into the cold cathode fluorescent equal to current flowing out from the cold cathode fluorescent according to adjusted current between the first coupling element and the second coupling element.
    • 能够提高亮度效率的背光装置包括功率变换装置,其具有用于变换由一次端接收的电流的主端和次端,并从二次端输出变换电流。 该背光装置还包括双风耦合元件,该双风耦合元件包括耦合到次端端子的第一耦合元件和第二耦合元件,用于调节第一耦合元件与第二耦合元件之间的电流;以及冷阴极荧光灯, 到第一耦合元件和第二耦合元件,用于使流过冷阴极荧光的电流等于从冷阴极荧光流出的电流,根据第一耦合元件和第二耦合元件之间的调节电流。
    • 8. 发明申请
    • Boost converter
    • 升压转换器
    • US20070096700A1
    • 2007-05-03
    • US11525133
    • 2006-09-22
    • Hsiang-Chung WengChing-Fu ChengHsiang-Jui HungSun-Chen Yang
    • Hsiang-Chung WengChing-Fu ChengHsiang-Jui HungSun-Chen Yang
    • G05F1/00
    • H02M3/1584
    • A boost converter includes a first boost conversion unit and a second boost conversion unit. Coils of the first boost conversion unit and the second boost conversion unit are coupled with each other. Due to coupling of the coils, the second boost conversion unit releases energy while the first boost conversion unit stores energy in a period of time. Furthermore, due to coupling of the coils, the first boost conversion unit releases energy while the second boost conversion unit stores energy in another period of time. The two boost conversion units operate alternately, thereby adjusting switching loss and averaging output power of components. Furthermore, as switching frequency increases, the coil inductance, as well as the capacitance required in the two boost conversion units can be reduced correspondingly, thus substantially enhancing responses of the two boost conversion units as a whole.
    • 升压转换器包括第一升压转换单元和第二升压转换单元。 第一升压转换单元和第二升压转换单元的线圈彼此耦合。 由于线圈的耦合,第二升压转换单元释放能量,同时第一升压转换单元在一段时间内存储能量。 此外,由于线圈的耦合,第一升压转换单元释放能量,而第二升压转换单元在另一时间段内存储能量。 两个升压转换单元交替运行,从而调整开关损耗并平均组件的输出功率。 此外,随着开关频率增加,可以相应地减小两个升压转换单元所需的线圈电感以及所需的电容,从而实质上增强了两个升压转换单元整体的响应。