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    • 1. 发明授权
    • High efficiency backup-power circuits for switch-mode power supplies
    • 用于开关电源的高效备用电源电路
    • US08754545B2
    • 2014-06-17
    • US12765792
    • 2010-04-22
    • Peter WaiRobert Puckette
    • Peter WaiRobert Puckette
    • H02J1/00
    • H02J7/34H02J7/345H02J9/061H02M2001/0096Y10T307/625
    • Disclosed are novel interconnections of a coupling circuit and an energy storage device which enables the storage device to provide back-up power for a switching power supply without requiring the device to store or output high voltage, and which enables full utilization of the energy stored in the device. In exemplary embodiments, the combination of the coupling circuit and the energy storage device may be coupled between the input and output of the switching power supply (e.g., between the non-ground terminals of the input and output ports of the switching power supply). The coupling circuit is configured to couple power from the energy storage device to the input of the switching power supply when the input power source is not provided to the switching power supply, and optionally to couple power from the input power source to the energy storage device when the input power source is provided.
    • 公开了耦合电路和能量存储装置的新型互连,其使存储装置能够为开关电源提供备用电力,而不需要装置存储或输出高电压,并且能够充分利用存储在 装置。 在示例性实施例中,耦合电路和能量存储装置的组合可以耦合在开关电源的输入和输出之间(例如,在开关电源的输入和输出端口的非接地端子之间)。 耦合电路被配置为当输入电源未提供给开关电源时将来自能量存储装置的功率耦合到开关电源的输入,并且可选地将来自输入电源的功率耦合到能量存储装置 当提供输入电源时。
    • 2. 发明申请
    • High Efficiency Backup-Power Circuits for Switch-Mode Power Supplies
    • 用于开关电源的高效率备用电源电路
    • US20110260539A1
    • 2011-10-27
    • US12765792
    • 2010-04-22
    • Peter WaiRobert Puckette
    • Peter WaiRobert Puckette
    • H02J9/00
    • H02J7/34H02J7/345H02J9/061H02M2001/0096Y10T307/625
    • Disclosed are novel interconnections of a coupling circuit and an energy storage device which enables the storage device to provide back-up power for a switching power supply without requiring the device to store or output high voltage, and which enables full utilization of the energy stored in the device. In exemplary embodiments, the combination of the coupling circuit and the energy storage device may be coupled between the input and output of the switching power supply (e.g., between the non-ground terminals of the input and output ports of the switching power supply). The coupling circuit is configured to couple power from the energy storage device to the input of the switching power supply when the input power source is not provided to the switching power supply, and optionally to couple power from the input power source to the energy storage device when the input power source is provided.
    • 公开了耦合电路和能量存储装置的新型互连,其使存储装置能够为开关电源提供备用电力,而不需要装置存储或输出高电压,并且能够充分利用存储在 装置。 在示例性实施例中,耦合电路和能量存储装置的组合可以耦合在开关电源的输入和输出之间(例如,在开关电源的输入和输出端口的非接地端子之间)。 耦合电路被配置为当输入电源未提供给开关电源时将来自能量存储装置的功率耦合到开关电源的输入,并且可选地将来自输入电源的功率耦合到能量存储装置 当提供输入电源时。
    • 4. 发明授权
    • Electronic boot up system and method
    • 电子启动系统和方法
    • US07287154B1
    • 2007-10-23
    • US10770647
    • 2004-02-02
    • Robert Puckette
    • Robert Puckette
    • G06E7/60
    • H04R3/00H04R1/005
    • An electronic processing boot up system and method are presented. The electronic processing boot up system and method can utilize ROM emulation to store bootstrap instructions and to facilitate reduction of relatively expensive ROM. For example, a ROM emulation system and method utilizes minimal or no ROM. An electronic processing boot up system can include a bus, a processor, and a ROM emulation system for making bootstrap information available to the processor. The processor can issue an initial memory fetch request and the ROM emulation system can perform a ROM emulation process in response to the memory fetch request. The ROM emulation process can include receiving a fetch request for information, translating the fetch request into memory compatible commands for retrieving the information, holding off the processor while the information is retrieved, and forwarding the information in a format compatible with a reply to the memory fetch.
    • 提出了一种电子处理启动系统和方法。 电子处理引导系统和方法可以利用ROM仿真来存储引导指令并且便于减少相对昂贵的ROM。 例如,ROM仿真系统和方法利用最少或不使用ROM。 电子处理启动系统可以包括总线,处理器和用于使引导信息可用于处理器的ROM仿真系统。 处理器可以发出初始存储器提取请求,并且ROM仿真系统可以响应于存储器提取请求执行ROM仿真处理。 ROM仿真处理可以包括接收信息的获取请求,将获取请求转换为用于检索信息的存储器兼容命令,在检索信息时阻止处理器,并以与回复兼容的格式将信息转发到存储器 取。
    • 6. 发明申请
    • Direct digital drive audio system and method
    • 直接数字音频系统和方法
    • US20080152185A1
    • 2008-06-26
    • US11999845
    • 2007-12-06
    • Robert Puckette
    • Robert Puckette
    • H04R3/00H04R1/02
    • G06F3/04817G06F3/0481G06F3/04842G06F9/451G06F2203/04804H04R1/005H04R3/00Y10S715/965Y10S715/966
    • A direct digital drive audio system and method system and method are presented. The direct digital drive system and method utilizes a digital signal to directly drive the speakers. In one exemplary implementation, an audio system includes a sample register, an convergence adjustment component, an accumulated error register, a digital driver and a speaker. The sample register is coupled to the convergence adjustment component which is coupled to the accumulated error register and the digital driver which in turn is coupled to the speaker. The sample register holds an audio sample. The convergence adjustment component calculates the error for each sample. The accumulated error register stores an accumulated error. The digital driver determines whether to drive on a positive digital value, drive on a negative digital value or not drive. The speaker creates audio sounds based upon a signal from the digital driver.
    • 提出了直接数字驱动音频系统和方法系统和方法。 直接数字驱动系统和方法利用数字信号直接驱动扬声器。 在一个示例性实施例中,音频系统包括采样寄存器,收敛调整组件,累积误差寄存器,数字驱动器和扬声器。 该采样寄存器耦合到会聚调节组件,该组合调节组件耦合到累积误差寄存器和数字驱动器,数字驱动器又耦合到扬声器。 样本寄存器保存音频样本。 收敛调整组件计算每个样本的误差。 累积误差寄存器存储累积误差。 数字驱动器确定是驱动正数字值,驱动负数字值还是不驱动。 扬声器基于来自数字驱动器的信号创建音频声音。
    • 7. 发明申请
    • Direct digital drive audio system and method
    • 直接数字音频系统和方法
    • US20050192685A1
    • 2005-09-01
    • US10839954
    • 2004-05-05
    • Robert Puckette
    • Robert Puckette
    • H04R1/00H04R3/00
    • H04R1/005H04R3/00
    • A direct digital drive audio system and method system and method are presented. The direct digital drive system and method utilizes a digital signal to directly drive the speakers. In one exemplary implementation, an audio system includes a sample register, an convergence adjustment component, an accumulated error register, a digital driver and a speaker. The sample register is coupled to the convergence adjustment component which is coupled to the accumulated error register and the digital driver which in turn is coupled to the speaker. The sample register holds an audio sample. The convergence adjustment component calculates the error for each sample. The accumulated error register stores an accumulated error. The digital driver determines whether to drive on a positive digital value, drive on a negative digital value or not drive. The speaker creates audio sounds based upon a signal from the digital driver.
    • 提出了直接数字驱动音频系统和方法系统和方法。 直接数字驱动系统和方法利用数字信号直接驱动扬声器。 在一个示例性实施例中,音频系统包括采样寄存器,收敛调整组件,累积误差寄存器,数字驱动器和扬声器。 该采样寄存器耦合到会聚调节组件,该组合调节组件耦合到累积误差寄存器和数字驱动器,数字驱动器又耦合到扬声器。 样本寄存器保存音频样本。 收敛调整组件计算每个样本的误差。 累积误差寄存器存储累积误差。 数字驱动器确定是驱动正数字值,驱动负数字值还是不驱动。 扬声器基于来自数字驱动器的信号创建音频声音。