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    • 1. 发明申请
    • PROGRAMMABLE VOLTAGE REGULATOR CONFIGURABLE FOR DOUBLE POWER DENSITY AND REVERSE BLOCKING
    • 可编程电压调节器,可配置双功率密度和反向阻塞
    • US20060132108A1
    • 2006-06-22
    • US11017177
    • 2004-12-20
    • Ross TeggatzSanmukh PatelRex TeggatzSuribhotla RajasekharValerian Mayega
    • Ross TeggatzSanmukh PatelRex TeggatzSuribhotla RajasekharValerian Mayega
    • G05F1/40G05F1/618
    • H02J7/0063
    • A programmable voltage regulator configurable for reverse blocking and double power density is disclosed herein. The programmable voltage regulator includes an error amplifier that couples to receive a reference voltage. A first NMOS pass transistor connects between an auxiliary voltage input node and the output terminal of the voltage regulator, wherein the first NMOS pass transistor is biased by the output of the error amplifier. Connected between the source of the first NMOS pass transistor and the second input of the error amplifier, a feedback network provides feedback for the voltage regulator. A second NMOS pass transistor connects between the first power supply and the auxiliary voltage input node. Furthermore, an independent node control circuit biases the second NMOS pass transistor such that in a first mode of operation, a first control signal input is operable to receive a signal for controlling the second NMOS pass transistor during reverse battery condition. In a second mode of operation, independent node control circuit includes a second control signal input that is operable to couple to the output terminal of the error amplifier while simultaneously the first power supply rail is operable to couple to the output terminal of the voltage regulator to provide double power density.
    • 本文公开了可配置用于反向阻塞和双功率密度的可编程电压调节器。 可编程电压调节器包括耦合以接收参考电压的误差放大器。 第一NMOS传输晶体管连接在辅助电压输入节点和电压调节器的输出端之间,其中第一NMOS传输晶体管被误差放大器的输出偏置。 连接在第一NMOS传输晶体管的源极和误差放大器的第二输入端之间,反馈网络为电压调节器提供反馈。 第二NMOS传输晶体管连接在第一电源和辅助电压输入节点之间。 此外,独立节点控制电路偏置第二NMOS传输晶体管,使得在第一操作模式中,第一控制信号输入可操作以在反向电池状态期间接收用于控制第二NMOS传输晶体管的信号。 在第二操作模式中,独立节点控制电路包括第二控制信号输入,其可操作以耦合到误差放大器的输出端,同时第一电源轨可操作以耦合到电压调节器的输出端, 提供双倍功率密度。
    • 2. 发明授权
    • Boost regulator circuit with stoarge capacitor for reduced power
consumption
    • 升压稳压器电路采用放大电容器,降低功耗
    • US5821701A
    • 1998-10-13
    • US651173
    • 1996-05-21
    • Ross TeggatzRex Teggatz
    • Ross TeggatzRex Teggatz
    • H02M3/158H05B33/08H05B37/02
    • H05B33/08H02M3/158Y02B20/325
    • A method of improving efficiency in a boost regulator circuit includes the steps of transferring energy stored in a load to an energy storage component and transferring energy back from the energy storage component to the load. This method may be actuated in a boost regulator circuit having a first energy storage component, means for initiating and discontinuing energy storage in the first energy storage component, a capacitive load, a bi-directional drive circuit coupled to the first energy storage component, a second energy storage component coupled to the drive circuit, and means for transferring energy between the capacitive load and the second energy storage component, wherein when the voltage having a first polarity across the capacitive load reaches a predetermined voltage it transfers the energy in the capacitive load to the second energy storage component and subsequently transfers the energy back to the capacitive load in the second polarity, thereby conserving energy and substantially reducing power consumption of the boost regulator circuit.
    • 提高升压调节器电路的效率的方法包括以下步骤:将存储在负载中的能量传送到能量存储部件并将能量从能量存储部件传送回负载。 该方法可以在具有第一能量存储部件的升压调节器电路中启动,用于启动和停止第一能量存储部件中的能量存储的装置,电容性负载,耦合到第一能量存储部件的双向驱动电路, 耦合到所述驱动电路的第二能量存储部件,以及用于在所述电容性负载和所述第二能量存储部件之间传递能量的装置,其中当所述电容性负载上具有第一极性的电压达到预定电压时,其传递所述容性负载中的能量 并且随后将能量以第二极性转移回容性负载,从而节省能量并显着降低升压调节器电路的功耗。