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    • 21. 发明授权
    • Matching network for transmission circuitry
    • 传输电路匹配网络
    • US08611834B2
    • 2013-12-17
    • US12917112
    • 2010-11-01
    • Christopher HarrisRaymond Sydney Pengelly
    • Christopher HarrisRaymond Sydney Pengelly
    • H04B1/04H03C1/52
    • H03H7/38H03F1/0288H03F1/56H03F3/24H03F2200/222H03F2200/378H03F2200/387H03H7/40H04B1/0458
    • The present disclosure relates to transmission circuitry of a wireless communication device. The transmission circuitry includes power amplifier circuitry, an output matching network, and impedance control circuitry. The power amplifier circuitry amplifies a radio frequency (RF) input signal to provide an amplified RF output signal, which is passed through the output matching network and transmitted via one or more antennas. As the center frequency of the RF input signal and conditions of operating parameters change, the impedance control circuitry adjusts the values of one or more variable impedance elements of the output matching network in a desired fashion. The values of the variable impedance elements are adjusted such that the output matching network concurrently and dynamically presents the desired load impedances at the center frequency and at one or more harmonics of the RF input signal to achieve a given performance specification.
    • 本公开涉及无线通信设备的传输电路。 传输电路包括功率放大器电路,输出匹配网络和阻抗控制电路。 功率放大器电路放大射频(RF)输入信号以提供放大的RF输出信号,其被输送通过输出匹配网络并通过一个或多个天线发送。 随着RF输入信号的中心频率和操作参数的条件改变,阻抗控制电路以期望的方式调整输出匹配网络的一个或多个可变阻抗元件的值。 调整可变阻抗元件的值,使得输出匹配网络同时并且动态地呈现在RF输入信号的中心频率和一个或多个谐波处的期望的负载阻抗,以实现给定的性能规范。
    • 22. 发明申请
    • MATCHING NETWORK FOR TRANSMISSION CIRCUITRY
    • 匹配网络传输电路
    • US20120105147A1
    • 2012-05-03
    • US12917112
    • 2010-11-01
    • Christopher HarrisRaymond Sydney Pengelly
    • Christopher HarrisRaymond Sydney Pengelly
    • H03F3/60
    • H03H7/38H03F1/0288H03F1/56H03F3/24H03F2200/222H03F2200/378H03F2200/387H03H7/40H04B1/0458
    • The present disclosure relates to transmission circuitry of a wireless communication device. The transmission circuitry includes power amplifier circuitry, an output matching network, and impedance control circuitry. The power amplifier circuitry amplifies a radio frequency (RF) input signal to provide an amplified RF output signal, which is passed through the output matching network and transmitted via one or more antennas. As the center frequency of the RF input signal and conditions of operating parameters change, the impedance control circuitry adjusts the values of one or more variable impedance elements of the output matching network in a desired fashion. The values of the variable impedance elements are adjusted such that the output matching network concurrently and dynamically presents the desired load impedances at the center frequency and at one or more harmonics of the RF input signal to achieve a given performance specification.
    • 本公开涉及无线通信设备的传输电路。 传输电路包括功率放大器电路,输出匹配网络和阻抗控制电路。 功率放大器电路放大射频(RF)输入信号以提供放大的RF输出信号,其被输送通过输出匹配网络并通过一个或多个天线发送。 随着RF输入信号的中心频率和操作参数的条件改变,阻抗控制电路以期望的方式调整输出匹配网络的一个或多个可变阻抗元件的值。 调整可变阻抗元件的值,使得输出匹配网络同时并且动态地呈现在RF输入信号的中心频率和一个或多个谐波处的期望的负载阻抗,以实现给定的性能规范。
    • 23. 发明申请
    • Load Pallet Sleeve Dispensing Apparatus
    • 装载托盘套管分配装置
    • US20120048879A1
    • 2012-03-01
    • US13217343
    • 2011-08-25
    • Christopher HarrisSean Finley
    • Christopher HarrisSean Finley
    • B65G59/00B65D83/08
    • B65G1/00B65G2201/0267
    • An apparatus for dispensing a pallet sleeve beneath a load comprises a conveyor component including conveyor elements configured to convey the load thereon in a first direction, one or more stations spaced apart along the first direction and a mechanism for changing the relative vertical positions of the conveyor elements and the stations. The apparatus further includes a pallet sleeve dispenser adjacent the conveyor component and configured for storing pallet sleeves in spaced apart sections aligned with a corresponding station. A drive element associated with each of the stations is configured to engage a pallet sleeve to drive the pallet sleeve from the dispenser to the conveyor component in a second direction substantially perpendicular to the first direction. A retention mechanism is provided to support a stack of pallet sleeves above a lowermost sleeve being driven from the dispenser to the position underneath the load on the conveyor component.
    • 用于在货物下方分配托盘套筒的装置包括输送机部件,其包括构造成沿第一方向输送负载的输送机元件,沿着第一方向间隔开的一个或多个工位,以及用于改变输送机的相对垂直位置的机构 元素和电台。 该装置还包括邻近传送器部件的托盘套筒分配器,并且构造成用于将托盘套筒存储在与对应站对齐的间隔开的部分中。 与每个站相关联的驱动元件构造成接合托盘套筒,以在基本上垂直于第一方向的第二方向上将托盘套筒从分配器驱动到输送机部件。 提供保持机构以支撑从分配器驱动到输送机部件上的负载下方的最下层套筒之上的托盘套筒的堆叠。
    • 27. 发明申请
    • VARACTOR DIODE WITH DOPED VOLTAGE BLOCKING LAYER
    • 变压器二极管与电压阻塞层
    • US20100059850A1
    • 2010-03-11
    • US12206209
    • 2008-09-08
    • Christopher Harris
    • Christopher Harris
    • H01L29/93H01L21/329
    • H01L29/93H01L27/0808H01L27/0811H01L29/1602H01L29/1608H01L29/2003H01L29/267H01L29/36H01L29/402H01L29/47H01L29/66174
    • A varactor diode includes a contact layer having a first conductivity type, a voltage blocking layer having the first conductivity and a first net doping concentration on the contact layer, a blocking junction on the voltage blocking layer, and a plurality of discrete doped regions in the voltage blocking layer and spaced apart from the carrier injection junction. The plurality of discrete doped regions have the first conductivity type and a second net doping concentration that is higher than the first net doping concentration, and the plurality of discrete doped regions are configured to modulate the capacitance of the varactor diode as a depletion region of the varactor diode expands in response to a reverse bias voltage applied to the blocking junction. Related methods of forming a varactor diode are also disclosed.
    • 变容二极管包括具有第一导电类型的接触层,具有第一导电性的电压阻挡层和在接触层上的第一净掺杂浓度,电压阻挡层上的阻挡结,以及在该阻抗层中的多个离散掺杂区 电压阻挡层并与载流子注入结隔开。 所述多个离散掺杂区域具有高于第一净掺杂浓度的第一导电类型和第二净掺杂浓度,并且所述多个离散掺杂区域被配置为调制变容二极管的电容作为所述第一净掺杂浓度的耗尽区 变容二极管响应于施加到阻塞结的反向偏置电压而膨胀。 还公开了形成变容二极管的相关方法。