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    • 1. 发明授权
    • Device manufacturing using the device's embedded wireless technology
    • 器件制造采用该器件的嵌入式无线技术
    • US08639240B2
    • 2014-01-28
    • US13543464
    • 2012-07-06
    • Christopher Mark RomineDennis Michael FeenaghtyJoseph Patrick BurkeSanjay K JhaSamir S Soliman
    • Christopher Mark RomineDennis Michael FeenaghtyJoseph Patrick BurkeSanjay K JhaSamir S Soliman
    • H04W24/00
    • H04W24/06G05B19/0426G05B2219/25062H04W24/00H04W88/02Y02P90/86
    • Embodiments describe manufacturing, programming, testing, and servicing of wireless computing devices utilizing their embedded wireless technology. An embodiment method ensures that the wireless computing devices are successfully programmed in the event a disruption to the manufacturing, programming, testing and servicing process flow occurs. The method includes retrieving a last known location of the wireless device before the disruption event and comparing the last known location with the location of the wireless of the wireless device after the disruption event. A wireless device may be returned to the last known location before the disruption event if there is a difference in locations. The programming at the last known location before the disruption event occurred may be successfully completed. Further embodiments include configuring the manufacturing, programming, testing, and servicing of wireless computing devices utilizing the embedded wireless technology in the device based on a reported location of the device within a facility.
    • 实施例描述了利用其嵌入式无线技术的无线计算设备的制造,编程,测试和服务。 在实现制造,编程,测试和维护过程流程中断的情况下,实施例方法确保无线计算设备被成功编程。 该方法包括在中断事件之前检索无线设备的最后一个已知位置,并且在中断事件之后将最后知道的位置与无线设备的无线位置进行比较。 如果位置差异,则无线设备可能在中断事件之前返回到最后一个已知位置。 在发生中断事件之前的最后一个已知位置的编程可能会成功完成。 另外的实施例包括基于设备内的设备的报告位置,在设备中利用嵌入式无线技术配置无线计算设备的制造,编程,测试和服务。
    • 5. 发明授权
    • Discrete time multi-rate analog filter
    • 离散时间多速率模拟滤波器
    • US07994850B2
    • 2011-08-09
    • US12146376
    • 2008-06-25
    • Joseph Patrick Burke
    • Joseph Patrick Burke
    • H03B1/00
    • H03H15/023
    • A discrete time analog filter suitable for use in a receiver and other electronics devices is described herein. In one exemplary design, an apparatus may include a transconductance amplifier, a sampler, and a discrete time analog filter. The transconductance amplifier may amplify a voltage input signal and provide an analog signal. The sampler may sample the analog signal and provide analog samples at a sampling rate. The discrete time analog filter may filter the analog samples and provide filtered analog samples either at the sampling rate for a non-decimating filter or at an output rate that is lower than the sampling rate for a decimating filter. The discrete time analog filter may also filter the analog samples with either equal weights for a rectangular filter or at least two different weights for a weighted filter.
    • 本文描述了适用于接收机和其它电子设备的离散时间模拟滤波器。 在一个示例性设计中,装置可以包括跨导放大器,采样器和离散时间模拟滤波器。 跨导放大器可以放大电压输入信号并提供模拟信号。 采样器可以对模拟信号进行采样,并以采样速率提供模拟采样。 离散时间模拟滤波器可以对模拟样本进行滤波,并以非抽取滤波器的采样速率或低于抽取滤波器的采样率的输出速率提供滤波后的模拟采样。 离散时间模拟滤波器还可以对于矩形滤波器或对于加权滤波器具有至少两个不同的权重,以相同的权重对模拟样本进行滤波。
    • 6. 发明申请
    • DISCRETE TIME LOWPASS FILTER
    • 离散时间低通滤波器
    • US20110040818A1
    • 2011-02-17
    • US12541834
    • 2009-08-14
    • Russell John FaggJoseph Patrick Burke
    • Russell John FaggJoseph Patrick Burke
    • G06F17/17
    • H03H19/004H03H15/023H03H17/0657H03H17/0664
    • A discrete time (DT) lowpass filter having various advantages is described. In an exemplary design, the DT lowpass filter includes a decimating DT filter (which may include a passive DT FIR filter and/or a passive DT IIR filter) and an active DT filter. The decimating DT filter receives a first DT signal at a first sample rate, filters and decimates the first DT signal by a factor of N, and provides a second DT signal at a second sample rate lower than the first sample rate. N may be greater than one. The active DT filter filters the second DT signal and provides a third DT signal at the second sample rate. A sampler samples a continuous time signal and provides the first DT signal. The sampler may further double the voltage of the first DT signal relative to the voltage of the continuous time signal.
    • 描述了具有各种优点的离散时间(DT)低通滤波器。 在示例性设计中,DT低通滤波器包括抽取DT滤波器(其可以包括无源DT FIR滤波器和/或无源DT IIR滤波器)和有源DT滤波器。 抽取DT滤波器以第一采样速率接收第一DT信号,以N因子对第一DT信号进行滤波和抽取,并以低于第一采样率的第二采样速率提供第二DT信号。 N可能大于1。 有源DT滤波器对第二DT信号进行滤波,并以第二采样率提供第三DT信号。 采样器采样连续时间信号并提供第一个DT信号。 采样器可以相对于连续时间信号的电压进一步使第一DT信号的电压加倍。
    • 8. 发明授权
    • Current buffer
    • 当前缓冲区
    • US08604876B2
    • 2013-12-10
    • US13107754
    • 2011-05-13
    • Namsoo KimJoseph Patrick Burke
    • Namsoo KimJoseph Patrick Burke
    • H03F3/45
    • H03F3/45659H03F3/45179H03F2203/45306H03F2203/45521H03F2203/45612
    • A current filtering current buffer amplifier includes: a first port and a second input port configured to be coupled to and receive input current; a first output port and a second output port configured to be coupled to and provide current to a load; a buffer configured to transfer the received input current to the first and second output ports as an output current, the buffer having an input impedance and an output impedance where the output impedance is higher than the input impedance, the buffer including first and second amplifiers, the first amplifier being a common mode feedback amplifier; and a filter coupled to the first and second input ports and coupled to the first and second amplifiers, the filter having a complex impedance and being configured to notch filter the received input current.
    • 电流滤波电流缓冲放大器包括:第一端口和第二输入端口,被配置为耦合到并接收输入电流; 第一输出端口和第二输出端口,被配置为耦合到负载并且向负载提供电流; 缓冲器,被配置为将接收到的输入电流传送到第一和第二输出端口作为输出电流,该缓冲器具有输入阻抗和输出阻抗,其中输出阻抗高于输入阻抗,该缓冲器包括第一和第二放大器, 第一放大器是共模反馈放大器; 以及耦合到所述第一和第二输入端口并耦合到所述第一和第二放大器的滤波器,所述滤波器具有复阻抗并被配置为陷波滤波所接收的输入电流。