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    • 2. 发明授权
    • Current mode battery charger controller
    • 电流模式电池充电器控制器
    • US07592777B2
    • 2009-09-22
    • US11283087
    • 2005-11-18
    • Chun LuYou-Yuh ShyrAlexandru HartularConstantin Bucur
    • Chun LuYou-Yuh ShyrAlexandru HartularConstantin Bucur
    • H02J7/16
    • H02J7/0052H02J7/022H02J7/045
    • A current mode charger controller for controlling a DC to DC converter. The current mode charger may include a first error amplifier having an output coupled to a common node. The first error amplifier may be configured to compare a first signal representative of a charging current provided to a rechargeable battery with a maximum charging current and provide a current control signal in response to the comparison. The current mode charger controller may further include an internal compensation network coupled to the common node, and a comparator configured to compare an inductor current signal representative of an inductor current through an inductor of the DC to DC converter with a compensation signal. The need for any external compensation for the current mode charger controller may be eliminated.
    • 一种用于控制DC-DC转换器的电流模式充电器控制器。 电流模式充电器可以包括具有耦合到公共节点的输出的第一误差放大器。 第一误差放大器可以被配置为将表示提供给可再充电电池的充电电流的第一信号与最大充电电流进行比较,并响应于该比较而提供电流控制信号。 电流模式充电器控制器还可以包括耦合到公共节点的内部补偿网络,以及比较器,被配置为将表示电感器电流的电感器电流信号通过DC-DC转换器的电感器与补偿信号进行比较。 可以消除对电流模式充电器控制器的任何外部补偿的需要。
    • 3. 发明申请
    • Controller for a DC to DC converter having linear mode and switch mode capabilities
    • 具有线性模式和开关模式功能的DC至DC转换器的控制器
    • US20060087303A1
    • 2006-04-27
    • US11057913
    • 2005-02-15
    • Alexandru HartularChun LuYou-Yuh ShyrConstantin Bucur
    • Alexandru HartularChun LuYou-Yuh ShyrConstantin Bucur
    • G05F1/40
    • H02M3/156H02M2001/0045
    • A controller for a DC to DC converter. The controller may comprise linear mode circuitry and switch mode control circuitry. The linear mode control circuitry may be capable of providing a first control signal to a transistor of the DC to DC converter. The transistor may operate in a linear region in response to the first control signal to control an output voltage of the DC to DC converter. The switch mode control circuitry may be capable of providing a second control signal to the transistor of the DC to DC converter. The transistor may turn ON and OFF in response to the second control signal to control the output voltage of the DC to DC converter. One of the linear mode control circuitry and the switch mode control circuitry may be enabled to control the transistor in response to a state of an enable signal received at the controller.
    • 一个DC到DC转换器的控制器。 控制器可以包括线性模式电路和开关模式控制电路。 线性模式控制电路可能能够向DC至DC转换器的晶体管提供第一控制信号。 晶体管可以响应于第一控制信号在线性区域中操作,以控制DC-DC转换器的输出电压。 开关模式控制电路可能能够向DC至DC转换器的晶体管提供第二控制信号。 晶体管可以响应于第二控制信号而导通和截止,以控制DC-DC转换器的输出电压。 可以使线性模式控制电路和开关模式控制电路之一响应于在控制器处接收到的使能信号的状态来控制晶体管。
    • 4. 发明申请
    • Current mode stand alone battery charger controller
    • 电流模式独立电池充电器控制器
    • US20060232241A1
    • 2006-10-19
    • US11283087
    • 2005-11-18
    • Chun LuYou-Yuh ShyrAlexandru HartularConstantin Bucur
    • Chun LuYou-Yuh ShyrAlexandru HartularConstantin Bucur
    • H02J7/00
    • H02J7/0052H02J7/022H02J7/045
    • A current mode charger controller for controlling a DC to DC converter. The current mode charger may include a first error amplifier having an output coupled to a common node. The first error amplifier may be configured to compare a first signal representative of a charging current provided to a rechargeable battery with a maximum charging current and provide a current control signal in response to the comparison. The current mode charger controller may further include an internal compensation network coupled to the common node, and a comparator configured to compare an inductor current signal representative of an inductor current through an inductor of the DC to DC converter with a compensation signal. The need for any external compensation for the current mode charger controller may be eliminated.
    • 一种用于控制DC-DC转换器的电流模式充电器控制器。 电流模式充电器可以包括具有耦合到公共节点的输出的第一误差放大器。 第一误差放大器可以被配置为将表示提供给可再充电电池的充电电流的第一信号与最大充电电流进行比较,并响应于该比较而提供电流控制信号。 电流模式充电器控制器还可以包括耦合到公共节点的内部补偿网络,以及比较器,被配置为将表示电感器电流的电感器电流信号通过DC-DC转换器的电感器与补偿信号进行比较。 可以消除对电流模式充电器控制器的任何外部补偿的需要。
    • 7. 发明授权
    • DC to DC controller with inrush current protection
    • DC至DC控制器,具有浪涌电流保护
    • US07203048B2
    • 2007-04-10
    • US10431815
    • 2003-05-08
    • You-Yuh ShyrConstantin BucurVlad Popescu-Stanesti
    • You-Yuh ShyrConstantin BucurVlad Popescu-Stanesti
    • H02H7/00
    • H02J7/0068
    • A DC to DC controller for controlling an inrush current from a DC to DC converter to a battery system having an internal isolating switch. The DC to DC controller is configured to control the DC to DC converter based on a state of the internal isolating switch. If the switch is open, the DC to DC controller adjusts the output voltage of the DC to DC converter to a predetermined voltage level. Based on the value of such voltage level, in rush current from the DC to DC converter to the battery system can be reduced or eliminated when the isolating switch changes from an open state to a closed state. An electronic device including such a DC to DC controller is provided. Related methods for controlling inrush current are also provided.
    • 一种用于控制从DC到DC转换器的浪涌电流到具有内部隔离开关的电池系统的直流到直流控制器。 DC到DC控制器被配置为基于内部隔离开关的状态来控制DC-DC转换器。 如果开关断开,则DC至DC控制器将DC-DC转换器的输出电压调整到预定的电压电平。 基于这种电压电平的值,当隔离开关从断开状态变为闭合状态时,可以减小或消除从DC到DC转换器到电池系统的冲击电流。 提供了包括这种DC-DC控制器的电子设备。 还提供了用于控制浪涌电流的相关方法。
    • 8. 发明授权
    • Circuit and method for trimming integrated circuits
    • 用于修整集成电路的电路和方法
    • US06720800B2
    • 2004-04-13
    • US10266536
    • 2002-10-08
    • You-Yuh ShyrSorin Laurentiu Negru
    • You-Yuh ShyrSorin Laurentiu Negru
    • H02M1100
    • H03M1/1014G01R31/316G11C17/18H03M1/742
    • A programmable after-package, on-chip reference voltage trim circuit for an integrated circuit having a plurality of programmable trim cells generating a programmed sequence. A converter is provided to convert the bit sequence into a trim current. The trim current is added to an initial value of a reference voltage to be trimmed, as generated by the integrated circuit. Once the correct value of the trim current is determined, isolation circuitry is programmed to isolate the trim circuitry from the remainder of the IC, thereby freeing the logic and package pins associated with the IC for use by users of the IC. The preferred trim circuitry includes fuses which are blown in accordance with a bit value supplied to the trim cell to permanently fix a trim current value, once a best fit value is determined.
    • 一种用于集成电路的可编程后置封装,片上参考电压微调电路,具有产生编程序列的多个可编程微调单元。 提供A转换器以将位序列转换成微调电流。 由集成电路产生的微调电流被添加到要修整的参考电压的初始值。 一旦确定了修正电流的正确值,就对隔离电路进行编程,以将修整电路与IC的其余部分隔离,从而释放与IC相关联的逻辑和封装引脚以供IC的用户使用。 优选的微调电路包括根据提供给微调单元的位值而被吹送的熔丝,以一旦确定最佳拟合值,就永久地固定微调电流值。
    • 10. 发明申请
    • Circuit and Method for Trimming Integrated Circuits
    • 用于微调集成电路的电路和方法
    • US20090033373A1
    • 2009-02-05
    • US12248915
    • 2008-10-10
    • You-Yuh ShyrSorin Laurentiu Negru
    • You-Yuh ShyrSorin Laurentiu Negru
    • H03F3/45G01R31/26
    • H03M1/1014G01R31/316G11C17/18H03M1/742
    • A programmable after-package, on-chip reference voltage trim circuit for an integrated circuit having a plurality of programmable trim cells generating a programmed sequence. A converter is provided to convert the bit sequence into a trim current. The trim current is added to an initial value of a reference voltage to be trimmed, as generated by the integrated circuit. Once the correct value of the trim current is determined, isolation circuitry is programmed to isolate the trim circuitry from the remainder of the IC, thereby freeing the logic and package pins associated with the IC for use by users of the IC. The preferred trim circuitry includes fuses which are blown in accordance with a bit value supplied to the trim cell to permanently fix a trim current value, once a best fit value is determined.
    • 一种用于集成电路的可编程后置封装,片上参考电压微调电路,具有产生编程序列的多个可编程微调单元。 提供A转换器以将位序列转换成微调电流。 由集成电路产生的微调电流被添加到要修整的参考电压的初始值。 一旦确定了修正电流的正确值,就对隔离电路进行编程,以将修整电路与IC的其余部分隔离,从而释放与IC相关联的逻辑和封装引脚以供IC的用户使用。 优选的微调电路包括根据提供给微调单元的位值而被吹送的熔丝,以一旦确定最佳拟合值,就永久地固定微调电流值。