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公开(公告)号：US20120184233A1
公开(公告)日：2012-07-19
申请号：US13288590
申请日：2011-11-03
Applicant: Paul D. Jones , David E. Jones , William David Southcombe , Chris Levesque , Scott Yoder , Terry J. Stockert
Inventor： Paul D. Jones , David E. Jones , William David Southcombe , Chris Levesque , Scott Yoder , Terry J. Stockert
IPC: H03G3/20
CPC classification number: H03F1/0227 , H03F1/0261 , H03F1/0277 , H03F3/195 , H03F3/211 , H03F3/24 , H03F3/245 , H03F3/602 , H03F3/72 , H03F2200/111 , H03F2200/171 , H03F2200/222 , H03F2200/27 , H03F2200/318 , H03F2200/336 , H03F2200/387 , H03F2200/411 , H03F2200/414 , H03F2200/417 , H03F2200/451 , H03F2200/504 , H03F2200/534 , H03F2200/537 , H03F2200/541 , H03F2203/21106 , H03F2203/21142 , H03F2203/21157
Abstract: Radio Frequency (RF) signal conditioning circuitry, which includes RF detection circuitry and RF attenuation circuitry is disclosed. The RF detection circuitry receives and detects an RF sample signal to provide an RF detection signal. The RF attenuation circuitry has an attenuation circuitry input, and receives and attenuates the RF sample signal via the attenuation circuitry input to provide an attenuated RF signal. The RF attenuation circuitry presents an attenuation circuitry input impedance at the attenuation circuitry input. The attenuated RF signal and the RF detection signal are provided concurrently.
Abstract translation: 公开了包括RF检测电路和RF衰减电路的射频（RF）信号调理电路。 RF检测电路接收并检测RF采样信号以提供RF检测信号。 RF衰减电路具有衰减电路输入，并且经由衰减电路输入端接收并衰减RF采样信号以提供衰减的RF信号。 RF衰减电路在衰减电路输入端呈现衰减电路输入阻抗。 同时提供衰减的RF信号和RF检测信号。
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公开(公告)号：US20120049894A1
公开(公告)日：2012-03-01
申请号：US13289134
申请日：2011-11-04
Applicant: Jean-Christophe Berchtold , Joseph Hubert Colles , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
Inventor： Jean-Christophe Berchtold , Joseph Hubert Colles , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
IPC: G11C27/02
CPC classification number: G11C27/024 , G11C27/026 , H02M2001/0009
Abstract: A sample-and-hold (SAH) current estimating circuit and a first switching power supply are disclosed. The first switching power supply provides a first switching power supply output signal based on a series switching element and a setpoint. The SAH current estimating circuit samples a voltage across the series switching element of the first switching power supply during an ON state of the series switching element and during a ramping signal peak to provide an SAH output signal based on an estimate of an output current of the first switching power supply output signal. The first switching power supply selects the ON state of the series switching element, such that during the ramping signal peak, the series switching element has a series current having a magnitude, which is about equal to a magnitude of the output current of the first switching power supply output signal.
Abstract translation: 公开了采样保持（SAH）电流估计电路和第一开关电源。 第一开关电源基于串联开关元件和设定点提供第一开关电源输出信号。 SAH电流估计电路在串联开关元件的导通状态期间和在斜坡信号峰值期间对第一开关电源的串联开关元件两端的电压进行采样，以基于对输出电流的输出电流的估计提供SAH输出信号 第一开关电源输出信号。 第一开关电源选择串联开关元件的导通状态，使得在斜坡信号峰值期间，串联开关元件具有串联电流，其大小等于第一开关的输出电流的幅度 电源输出信号。
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公开(公告)号：US5956398A
公开(公告)日：1999-09-21
申请号：US893816
申请日：1997-07-11
Applicant: Mark William Weadon , Scott Yoder
Inventor： Mark William Weadon , Scott Yoder
CPC classification number: H01H3/162 , H04M1/0214 , H04M1/0216 , H04M1/0245
Abstract: An electromechanical circuit uses a plunger to open and close a circuit as an indication of the position of a flip portion of a mobile communication device. The plunger includes an electrically conductive portion which slidingly contacts a contact pad. Upon contacting the contact pad, a change in logic states occurs which triggers circuitry to activate or de-activate the internal electronics within the communication device. This allows a user, for example, to activate a phone to receive a call without having to depress a specified switch. A common cam-follower mechanical configuration is used to cause the plunger to translate axially as the flip portion is moved.
Abstract translation: 机电电路使用柱塞来打开和关闭电路作为移动通信设备的翻盖部分的位置的指示。 柱塞包括滑动地接触接触垫的导电部分。 在接触触点板时，发生逻辑状态的改变，其触发电路来激活或去激活通信设备内的内部电子设备。 这允许用户例如激活电话接收呼叫而不必按下指定的交换机。 当翻转部分移动时，常用的凸轮从动件的机械结构用于使柱塞轴向平移。
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公开(公告)号：US08983407B2
公开(公告)日：2015-03-17
申请号：US13288318
申请日：2011-11-03
Applicant: William David Southcombe , David E. Jones , Hui Liu , Chris Levesque , Scott Yoder , Terry J. Stockert
Inventor： William David Southcombe , David E. Jones , Hui Liu , Chris Levesque , Scott Yoder , Terry J. Stockert
CPC classification number: H03F1/30 , H03F3/19 , H03F3/2175 , H03F3/245 , H03F3/72 , H03F2200/111 , H03F2200/447 , H03F2203/7209
Abstract: Radio frequency (RF) power amplifier (PA) circuitry, which transmits RF signals is disclosed. The RF PA circuitry includes a final stage, a final stage current digital-to-analog converter (IDAC), and a final stage temperature compensation circuit. A final stage current reference circuit may provide an uncompensated final stage reference current to the final stage temperature compensation circuit, which receives and temperature compensates the uncompensated final stage reference current to provide a final stage reference current. The final stage IDAC uses the final stage reference current in a digital-to-analog conversion to provide a final stage bias signal to bias the final stage. The temperature compensation provided by the final stage temperature compensation circuit is selectable.
Abstract translation: 公开了发射RF信号的射频（RF）功率放大器（PA）电路。 RF PA电路包括最后级，最后一级电流数模转换器（IDAC）和最终级温度补偿电路。 最终级电流参考电路可以向最终级温度补偿电路提供未补偿的最终级参考电流，其接收和温度补偿未补偿的最终级参考电流以提供最终级参考电流。 最终阶段IDAC在数模转换中使用最后阶段参考电流，以提供最终阶段偏置信号来偏向最后阶段。 由最终级温度补偿电路提供的温度补偿是可选择的。
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公开(公告)号：US08699973B2
公开(公告)日：2014-04-15
申请号：US13288478
申请日：2011-11-03
Applicant: William David Southcombe , Chris Levesque , Jean-Christophe Berchtold , Wonseok Oh , David E. Jones , Scott Yoder , Terry J. Stockert
Inventor： William David Southcombe , Chris Levesque , Jean-Christophe Berchtold , Wonseok Oh , David E. Jones , Scott Yoder , Terry J. Stockert
CPC classification number: H03F1/0227 , H03F1/0261 , H03F1/0277 , H03F3/195 , H03F3/211 , H03F3/245 , H03F3/602 , H03F3/72 , H03F2200/171 , H03F2200/222 , H03F2200/27 , H03F2200/318 , H03F2200/336 , H03F2200/387 , H03F2200/411 , H03F2200/414 , H03F2200/417 , H03F2200/451 , H03F2200/504 , H03F2200/534 , H03F2200/537 , H03F2200/541 , H03F2203/21106 , H03F2203/21142 , H03F2203/21157
Abstract: A charge pump of a PA bias power supply, PA bias circuitry, and a process to optimize efficiency of the PA bias power supply are disclosed. The charge pump operates in one of multiple bias supply pump operating modes, which include at least a bias supply pump-up operating mode and a bias supply bypass operating mode. The process prevents selection of the bias supply bypass operating mode unless a DC power supply voltage is adequate to allow the PA bias circuitry to provide minimum output regulation voltage at a specified current. Otherwise, the bias supply pump-up operating mode is selected. The charge pump operates more efficiently in the bias supply bypass operating mode than in the bias supply pump-up operating mode; therefore, selection of the bias supply bypass operating mode, when possible, increases efficiency.
Abstract translation: 公开了PA偏置电源的电荷泵，PA偏置电路和优化PA偏置电源的效率的过程。 电荷泵工作在多个偏压供应泵工作模式之一中，其中至少包括偏置电源泵浦工作模式和偏置电源旁路工作模式。 该过程防止选择偏置电源旁路工作模式，除非直流电源电压足以允许PA偏置电路在指定电流下提供最小的输出调节电压。 否则，选择偏置电源泵浦运行模式。 电荷泵在偏置电源旁路工作模式下比在偏压电源泵浦工作模式下更有效地运行; 因此，如果可能，选择偏置电源旁路工作模式可提高效率。
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Patent Agency Ranking
公开(公告)号：US08571492B2
公开(公告)日：2013-10-29
申请号：US13289134
申请日：2011-11-04
Applicant: Jean-Christophe Berchtold , Joseph Hubert Colles , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
Inventor： Jean-Christophe Berchtold , Joseph Hubert Colles , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
CPC classification number: G11C27/024 , G11C27/026 , H02M2001/0009
Abstract: A sample-and-hold (SAH) current estimating circuit and a first switching power supply are disclosed. The first switching power supply provides a first switching power supply output signal based on a series switching element and a setpoint. The SAH current estimating circuit samples a voltage across the series switching element of the first switching power supply during an ON state of the series switching element and during a ramping signal peak to provide an SAH output signal based on an estimate of an output current of the first switching power supply output signal. The first switching power supply selects the ON state of the series switching element, such that during the ramping signal peak, the series switching element has a series current having a magnitude, which is about equal to a magnitude of the output current of the first switching power supply output signal.
Abstract translation: 公开了采样保持（SAH）电流估计电路和第一开关电源。 第一开关电源基于串联开关元件和设定点提供第一开关电源输出信号。 SAH电流估计电路在串联开关元件的导通状态期间和在斜坡信号峰值期间对第一开关电源的串联开关元件两端的电压进行采样，以提供基于对输出电流的输出电流的估计的SAH输出信号 第一开关电源输出信号。 第一开关电源选择串联开关元件的导通状态，使得在斜坡信号峰值期间，串联开关元件具有串联电流，其大小等于第一开关的输出电流的幅度 电源输出信号。
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公开(公告)号：US20120299647A1
公开(公告)日：2012-11-29
申请号：US13304943
申请日：2011-11-28
Applicant: Hirofumi Honjo , Brian Baxter , Stuart Williams , Roman Zbigniew Arkiszewski , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
Inventor： Hirofumi Honjo , Brian Baxter , Stuart Williams , Roman Zbigniew Arkiszewski , David E. Jones , Chris Levesque , William David Southcombe , Scott Yoder , Terry J. Stockert
IPC: H03F3/189
CPC classification number: H03F1/0227 , H03F1/0261 , H03F1/0277 , H03F3/195 , H03F3/211 , H03F3/245 , H03F3/602 , H03F3/72 , H03F2200/171 , H03F2200/222 , H03F2200/27 , H03F2200/318 , H03F2200/336 , H03F2200/387 , H03F2200/411 , H03F2200/414 , H03F2200/417 , H03F2200/451 , H03F2200/504 , H03F2200/534 , H03F2200/537 , H03F2200/541 , H03F2203/21106 , H03F2203/21142 , H03F2203/21157
Abstract: A power amplifier (PA) envelope power supply, which provides an envelope power supply signal to radio frequency (RF) PA circuitry, and a process to prevent undershoot of the PA envelope power supply is disclosed. The process includes determining if an envelope control signal to the PA envelope power supply has a step change from a high magnitude to a low magnitude that exceeds a step change limit. Such a step change may cause undershoot of the PA envelope power supply. As such, if the step change exceeds the step change limit, the envelope control signal is modified to use an intermediate magnitude for period of time. Otherwise, if the step change does not exceed the step change limit, the envelope control signal is not modified.
Abstract translation: 公开了一种向射频（RF）PA电路提供包络电源信号的功率放大器（PA）封装电源，以及防止PA封装电源的下冲的过程。 该过程包括确定到PA包络电源的包络控制信号是否具有从高幅度到超过阶梯变化极限的低幅值的阶跃变化。 这种改变可能会导致PA信封电源的下冲。 这样，如果阶梯变化超过阶梯变化极限，则包络控制信号被修改为在一段时间内使用中间幅度。 否则，如果步进更改不超过阶跃变化限制，则不会更改包络控制信号。
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公开(公告)号：US20120229210A1
公开(公告)日：2012-09-13
申请号：US13226843
申请日：2011-09-07
Applicant: David E. Jones , Terry J. Stockert , William David Southcombe , Chris Levesque , Scott Yoder
Inventor： David E. Jones , Terry J. Stockert , William David Southcombe , Chris Levesque , Scott Yoder
IPC: H03F3/04
CPC classification number: H03F1/0227 , H03F1/0261 , H03F1/0277 , H03F3/195 , H03F3/211 , H03F3/245 , H03F3/602 , H03F3/72 , H03F2200/171 , H03F2200/222 , H03F2200/27 , H03F2200/318 , H03F2200/336 , H03F2200/387 , H03F2200/411 , H03F2200/414 , H03F2200/417 , H03F2200/451 , H03F2200/504 , H03F2200/534 , H03F2200/537 , H03F2200/541 , H03F2203/21106 , H03F2203/21142 , H03F2203/21157 , H03G3/00
Abstract: Embodiments of the present disclosure relate to an overlay class F choke of a radio frequency (RF) power amplifier (PA) stage and an RF PA amplifying transistor of the RF PA stage. The overlay class F choke includes a pair of mutually coupled class F inductive elements, which are coupled in series between a PA envelope power supply and a collector of the RF PA amplifying transistor. In one embodiment of the RF PA stage, the RF PA stage receives and amplifies an RF stage input signal to provide an RF stage output signal using the RF PA amplifying transistor. The collector of the RF PA amplifying transistor provides the RF stage output signal. The PA envelope power supply provides an envelope power supply signal to the overlay class F choke. The envelope power supply signal provides power for amplification.
Abstract translation: 本公开的实施例涉及RF PA级的射频（RF）功率放大器（PA）级和RF PA放大晶体管的覆盖级F扼流圈。 重叠级F扼流圈包括一对相互耦合的F类电感元件，其串联耦合在PA封装电源和RF PA放大晶体管的集电极之间。 在RF PA级的一个实施例中，RF PA级接收并放大RF级输入信号，以使用RF PA放大晶体管提供RF级输出信号。 RF PA放大晶体管的集电极提供RF级输出信号。 PA信封电源为覆盖类F阻抗提供信号电源信号。 信封电源信号提供放大功率。
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公开(公告)号：US20120117284A1
公开(公告)日：2012-05-10
申请号：US13289302
申请日：2011-11-04
Applicant: William David Southcombe , Christopher Truong Ngo , David E. Jones , Chris Levesque , Scott Yoder , Terry J. Stockert
Inventor： William David Southcombe , Christopher Truong Ngo , David E. Jones , Chris Levesque , Scott Yoder , Terry J. Stockert
IPC: G06F13/42
CPC classification number: G06F13/42 , G06F13/4291 , Y02D10/14 , Y02D10/151
Abstract: A configurable 2-wire/3-wire serial communications interface (C23SCI), which includes start-of-sequence (SOS) detection circuitry and sequence processing circuitry, is disclosed. When the SOS detection circuitry is coupled to a 2-wire serial communications bus, the SOS detection circuitry detects an SOS of a received sequence based on a serial data signal and a serial clock signal. When the SOS detection circuitry is coupled to a 3-wire serial communications bus, the SOS detection circuitry detects the SOS of the received sequence based on a chip select (CS) signal. In response to detecting the SOS, the SOS detection circuitry provides an SOS detection signal to the sequence processing circuitry, which initiates processing of the received sequence using the serial data signal and the serial clock signal. The received sequence is associated with one of multiple serial communications protocols.
Abstract translation: 公开了一种可配置的2线/ 3线串行通信接口（C23SCI），其包括序列启动（SOS）检测电路和序列处理电路。 当SOS检测电路耦合到2线串行通信总线时，SOS检测电路基于串行数据信号和串行时钟信号检测接收序列的SOS。 当SOS检测电路耦合到3线串行通信总线时，SOS检测电路基于芯片选择（CS）信号检测接收到的序列的SOS。 响应于检测到SOS，SOS检测电路向序列处理电路提供SOS检测信号，其使用串行数据信号和串行时钟信号来启动接收到的序列的处理。 所接收的序列与多个串行通信协议之一相关联。
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公开(公告)号：US20120052825A1
公开(公告)日：2012-03-01
申请号：US13288318
申请日：2011-11-03
Applicant: William David Southcombe , David E. Jones , Hui Liu , Chris Levesque , Scott Yoder , Terry J. Stockert
Inventor： William David Southcombe , David E. Jones , Hui Liu , Chris Levesque , Scott Yoder , Terry J. Stockert
IPC: H04B1/04
CPC classification number: H03F1/30 , H03F3/19 , H03F3/2175 , H03F3/245 , H03F3/72 , H03F2200/111 , H03F2200/447 , H03F2203/7209
Abstract: Radio frequency (RF) power amplifier (PA) circuitry, which transmits RF signals is disclosed. The RF PA circuitry includes a final stage, a final stage current digital-to-analog converter (IDAC), and a final stage temperature compensation circuit. A final stage current reference circuit may provide an uncompensated final stage reference current to the final stage temperature compensation circuit, which receives and temperature compensates the uncompensated final stage reference current to provide a final stage reference current. The final stage IDAC uses the final stage reference current in a digital-to-analog conversion to provide a final stage bias signal to bias the final stage. The temperature compensation provided by the final stage temperature compensation circuit is selectable.
Abstract translation: 公开了发射RF信号的射频（RF）功率放大器（PA）电路。 RF PA电路包括最后级，最后一级电流数模转换器（IDAC）和最终级温度补偿电路。 最终级电流参考电路可以向最终级温度补偿电路提供未补偿的最终级参考电流，其接收和温度补偿未补偿的最终级参考电流以提供最终级参考电流。 最终阶段IDAC在数模转换中使用最后阶段参考电流，以提供最终阶段偏置信号来偏向最后阶段。 由最终级温度补偿电路提供的温度补偿是可选择的。
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