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    • 1. 发明授权
    • Method and apparatus for optimizing transmitter power efficiency
    • 用于优化发射机功率效率的方法和装置
    • US07471738B2
    • 2008-12-30
    • US10724951
    • 2003-12-01
    • Wen-Yen ChanXin JinQing Zhong Jiao
    • Wen-Yen ChanXin JinQing Zhong Jiao
    • H04L25/03
    • H04W52/52H03G3/3042H04L27/2614
    • A peak to average power ratio signal is generated from a first mapping function that selects the peak to average power ratio signal that corresponds to the data rate or data format of the signal to be transmitted. The selected peak to average power ratio signal is summed with a desired average transmit power signal. The resulting summation signal is input to a second effectively continuously valued mapping function comprising a table that has a plurality of power amplifier control signal values each with a corresponding peak transmit power. Each peak transmit power signal value results in a power amplifier control signal value that achieves the best possible transmitter power efficiency while still meeting out of band spurious emissions and waveform quality requirements. The summation signal value maps to one of the power amplifier control signal value that is then used to adjust a parameter such as bias of the power amplifier.
    • 从选择对应于要发送的信号的数据速率或数据格式的峰均功率比信号的第一映射函数产生峰均功率比信号。 所选择的峰均功率比信号与期望的平均发射功率信号相加。 所得到的求和信号被输入到包括具有多个具有相应的峰值发射功率的多个功率放大器控制信号值的表的第二有效连续值映射函数。 每个峰值发射功率信号值导致功率放大器控制信号值,其在仍然满足带外杂散发射和波形质量要求的情况下实现最佳发射机功率效率。 求和信号值映射到功率放大器控制信号值中的一个,然后用于调整功率放大器的偏置等参数。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR OPTIMIZING TRANSMITTER POWER EFFICIENCY
    • 用于优化发射机功率效率的方法和装置
    • US20110053533A1
    • 2011-03-03
    • US12942757
    • 2010-11-09
    • Wen-Yen CHANXin JINQing Zhong Jiao
    • Wen-Yen CHANXin JINQing Zhong Jiao
    • H04W52/04
    • H04W52/52H03G3/3042H04L27/2614
    • A peak to average power ratio signal is generated from a first mapping function that selects the peak to average power ratio signal that corresponds to the data rate or data format of the signal to be transmitted. The selected peak to average power ratio signal is summed with a desired average transmit power signal. The resulting summation signal is input to a second effectively continuously valued mapping function comprising a table that has a plurality of power amplifier control signal values each with a corresponding peak transmit power. Each peak transmit power signal value results in a power amplifier control signal value that achieves the best possible transmitter power efficiency while still meeting out of band spurious emissions and waveform quality requirements. The summation signal value maps to one of the power amplifier control signal value that is then used to adjust a parameter such as bias of the power amplifier.
    • 从选择对应于要发送的信号的数据速率或数据格式的峰均功率比信号的第一映射函数产生峰均功率比信号。 所选择的峰均功率比信号与期望的平均发射功率信号相加。 所得到的求和信号被输入到包括具有多个具有相应的峰值发射功率的多个功率放大器控制信号值的表的第二有效连续值映射函数。 每个峰值发射功率信号值导致功率放大器控制信号值,其在仍然满足带外杂散发射和波形质量要求的情况下实现最佳发射机功率效率。 求和信号值映射到功率放大器控制信号值中的一个,然后用于调整功率放大器的偏置等参数。
    • 4. 发明授权
    • Method and apparatus for optimizing transmitter power efficiency
    • 用于优化发射机功率效率的方法和装置
    • US08599963B2
    • 2013-12-03
    • US13325895
    • 2011-12-14
    • Wen Yen ChanXin JinQing Zhong Jiao
    • Wen Yen ChanXin JinQing Zhong Jiao
    • H04L25/49
    • H04W52/52H03G3/3042H04L27/2614
    • A peak to average power ratio signal is generated from a first mapping function that selects the peak to average power ratio signal that corresponds to the data rate or data format of the signal to be transmitted. The selected peak to average power ratio signal is summed with a desired average transmit power signal. The resulting summation signal is input to a second effectively continuously valued mapping function comprising a table that has a plurality of power amplifier control signal values each with a corresponding peak transmit power. Each peak transmit power signal value results in a power amplifier control signal value that achieves the best possible transmitter power efficiency while still meeting out of band spurious emissions and waveform quality requirements. The summation signal value maps to one of the power amplifier control signal value that is then used to adjust a parameter such as bias of the power amplifier.
    • 从选择对应于要发送的信号的数据速率或数据格式的峰均功率比信号的第一映射函数产生峰均功率比信号。 所选择的峰均功率比信号与期望的平均发射功率信号相加。 所得到的求和信号被输入到包括具有多个具有相应的峰值发射功率的多个功率放大器控制信号值的表的第二有效连续值映射函数。 每个峰值发射功率信号值导致功率放大器控制信号值,其在仍然满足带外杂散发射和波形质量要求的情况下实现最佳发射机功率效率。 求和信号值映射到功率放大器控制信号值中的一个,然后用于调整功率放大器的偏置等参数。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR OPTIMIZING TRANSMITTER POWER EFFICIENCY
    • 用于优化发射机功率效率的方法和装置
    • US20090074107A1
    • 2009-03-19
    • US12276650
    • 2008-11-24
    • Wen-Yen CHANXin JINQing Zhong Jiao
    • Wen-Yen CHANXin JINQing Zhong Jiao
    • H04L25/49
    • H04W52/52H03G3/3042H04L27/2614
    • A peak to average power ratio signal is generated from a first mapping function that selects the peak to average power ratio signal that corresponds to the data rate or data format of the signal to be transmitted. The selected peak to average power ratio signal is summed with a desired average transmit power signal. The resulting summation signal is input to a second effectively continuously valued mapping function comprising a table that has a plurality of power amplifier control signal values each with a corresponding peak transmit power. Each peak transmit power signal value results in a power amplifier control signal value that achieves the best possible transmitter power efficiency while still meeting out of band spurious emissions and waveform quality requirements. The summation signal value maps to one of the power amplifier control signal value that is then used to adjust a parameter such as bias of the power amplifier.
    • 从选择对应于要发送的信号的数据速率或数据格式的峰均功率比信号的第一映射函数产生峰均功率比信号。 所选择的峰均功率比信号与期望的平均发射功率信号相加。 所得到的求和信号被输入到包括具有多个具有相应的峰值发射功率的多个功率放大器控制信号值的表的第二有效连续值映射函数。 每个峰值发射功率信号值导致功率放大器控制信号值,其在仍然满足带外杂散发射和波形质量要求的情况下实现最佳发射机功率效率。 求和信号值映射到功率放大器控制信号值中的一个,然后用于调整功率放大器的偏置等参数。
    • 8. 发明授权
    • Gain compensation over temperature and frequency variations in wireless transceivers
    • 增加无线收发器温度和频率变化的补偿
    • US07356102B2
    • 2008-04-08
    • US10725689
    • 2003-12-02
    • Steven P. MortonQing Zhong JiaoXin Jin
    • Steven P. MortonQing Zhong JiaoXin Jin
    • H04L27/08
    • H03G3/3036H03G1/04H03G3/30
    • Systems and methods are provided for controlling gain compensation over temperature and frequency variations. A variable amplifier may be used to receive a control signal and an input signal. The variable amplifier may be operable to apply a gain to the input signal to generate an output signal, wherein the gain is a function of the control signal. A summation module may be used to combine a gain reference signal and a gain variation signal to generate the control signal. The gain reference signal may be calibrated at a reference temperature and a reference frequency. A gain calibration module may be used to output the gain variation signal as a function of both a current operating temperature and a current operating frequency.
    • 提供了用于控制温度和频率变化的增益补偿的系统和方法。 可以使用可变放大器来接收控制信号和输入信号。 可变放大器可以可操作地对输入信号施加增益以产生输出信号,其中增益是控制信号的函数。 可以使用求和模块来组合增益参考信号和增益变化信号以产生控制信号。 增益参考信号可以在参考温度和参考频率下校准。 可以使用增益校准模块来输出作为当前工作温度和当前工作频率的函数的增益变化信号。