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    • 1. 发明授权
    • Phased array antenna having reduced beam settling times and related methods
    • 具有减小的光束稳定时间的相控阵天线和相关方法
    • US06690324B2
    • 2004-02-10
    • US09991495
    • 2001-11-09
    • David Kenyon VailFrank J. TaborDaniel P. BlomStephen S. Wilson
    • David Kenyon VailFrank J. TaborDaniel P. BlomStephen S. Wilson
    • H01Q322
    • H01Q1/38H01Q3/26H01Q3/36
    • A phased array antenna may include a substrate and a plurality of phased array antenna elements carried by the substrate. The phased array antenna may also include a plurality of antenna element controllers for the phased array antenna elements and a central controller for providing beam steering commands and edge trigger synchronization signals for the antenna element controllers. Furthermore, each of the antenna element controllers may store a respective next beam steering command and implement the respective next beam steering command as a respective active beam steering command responsive to the edge trigger synchronization signal from the central controller. The edge trigger synchronization signal may be delivered substantially simultaneously to all of the antenna element controllers, and each antenna element controller may detect the edge trigger synchronization pulse only during a predetermined time window, for example.
    • 相控阵天线可以包括衬底和由衬底承载的多个相控阵天线元件。 相控阵天线还可以包括用于相控阵天线元件的多个天线元件控制器和用于为天线元件控制器提供波束控制命令和边沿触发同步信号的中央控制器。 此外,每个天线元件控制器可以存储相应的下一个波束转向命令,并且响应于来自中央控制器的边沿触发同步信号,实现相应的下一个波束控制指令作为相应的主动波束操纵指令。 边缘触发同步信号可以基本上同时发送到所有天线元件控制器,并且每个天线元件控制器可以仅在预定时间窗口期间检测边缘触发同步脉冲。
    • 7. 发明授权
    • Temperature sensor and related methods
    • 温度传感器及相关方法
    • US06824307B2
    • 2004-11-30
    • US09991559
    • 2001-11-09
    • David Kenyon VailFrank J. TaborDaniel P. BlomStephen S. Wilson
    • David Kenyon VailFrank J. TaborDaniel P. BlomStephen S. Wilson
    • G01K734
    • H01Q1/02H01Q1/38H01Q3/26H01Q3/36
    • A temperature sensor may include a capacitor, a circuit element coupled in series with the capacitor and having a resistance that varies with temperature, and a controller. The controller is for charging/discharging the capacitor through the circuit element, measuring a charging/discharging time required to charge/discharge the capacitor to a predetermined threshold, and determining a temperature based upon the charging/discharging time. More specifically, the circuit element may be a thermistor, for example. The temperature sensor may further include at least one calibration resistor coupled between the controller and the capacitor. As such, the controller may sequentially charge/discharge the capacitor through the circuit element and the at least one calibration resistor, measure respective charging/discharging times required to charge/discharge the capacitor to the predetermined threshold through the circuit element and the at least one calibration resistor, and determine the temperature based upon the charging/discharging times.
    • 温度传感器可以包括电容器,与电容器串联耦合并具有随温度变化的电阻的电路元件和控制器。 控制器用于通过电路元件对电容器进行充电/放电,测量将电容器充电/放电所需的充电/放电时间达到预定阈值,并根据充电/放电时间确定温度。 更具体地,电路元件可以是例如热敏电阻。 温度传感器还可以包括耦合在控制器和电容器之间的至少一个校准电阻器。 这样,控制器可以通过电路元件和至少一个校准电阻器顺序地对电容器进行充电/放电,通过电路元件和至少一个电路元件测量将电容器充电/放电到预定阈值所需的相应充电/放电时间 校准电阻,并根据充电/放电时间确定温度。