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    • 2. 发明申请
    • REDUCING POWER CONSUMPTION BY TAKING ADVANTAGE OF SUPERIOR IN-CIRCUIT DUPLEXER PERFORMANCE
    • 通过获得超级电路双工器性能优势降低功耗
    • WO2011153076A2
    • 2011-12-08
    • PCT/US2011/038241
    • 2011-05-26
    • QUALCOMM INCORPORATEDGUDEM, Prasad S.LAU, Soon-SengLIU, Li
    • GUDEM, Prasad S.LAU, Soon-SengLIU, Li
    • H04B1/10H04B1/16H04B1/52
    • H04B1/525H04B1/109H04W52/0238Y02D70/1242Y02D70/164Y02D70/40
    • Although the duplexer in a full-duplex transceiver circuit may only be guaranteed by the duplexer manufacturer to have a transmit band rejection from its TX port to its RX port of a certain amount, and may only be guaranteed to have a receive band rejection of another amount, the actual transmit band rejection and the actual receive band rejection of a particular instance of the duplexer may be better than specified. Rather than consuming excess power in the receiver and/or transmitter in order to meet performance requirements assuming the duplexer only performs as well as specified, the duplexer's in-circuit performance is measured as part of a transmitter-to-receiver isolation determination. Transmitter and/or receiver power settings are reduced where possible to take advantage of the measured better-than-specified in-circuit duplexer performance, while still meeting transceiver performance requirements. Power settings are not changed during normal transmit and receive mode operation.
    • 虽然全双工收发器电路中的双工器可能只能由双工器制造商保证从其TX端口到其一定数量的RX端口的发射波段抑制,并且只能保证具有另一个的接收频带抑制 数量,双工器的特定实例的实际发射频带抑制和实际接收频带抑制可能优于指定的。 假设双工器仅执行指定,而不是在接收机和/或发射机中消耗多余的功率,以满足性能要求,则双工器的在线性能是作为发射机到接收机隔离确定的一部分进行测量的。 发射机和/或接收机功率设置在可能的情况下可以减少,以便在仍然满足收发器性能要求的同时利用测得的优于指定的在线双工器性能。 在正常的发送和接收模式操作期间,电源设置不会改变。
    • 6. 发明申请
    • DYNAMIC FREQUENCY SCALING OF A SWITCHED MODE POWER SUPPLY
    • 开关电源的动态频率范围
    • WO2009123955A1
    • 2009-10-08
    • PCT/US2009/038753
    • 2009-03-30
    • QUALCOMM INCORPORATEDSAHA, JuhiSHEN, Ching, ChangPALS, Timothy, PaulLAU, Soon-Seng
    • SAHA, JuhiSHEN, Ching, ChangPALS, Timothy, PaulLAU, Soon-Seng
    • H04B15/04
    • H02M3/156
    • System(s) and method(s) are provided for dynamically scaling switching frequencies and clock sources of switched mode power supplies (SMPSs) in a mobile station. Switching frequency is scaled to an optimal value in response to at least one of (i) a change in mode of operation for wireless communication employed by the mobile station, an additional mode of operation is triggered, (ii) a change in operation conditions of a set of loads associated with functionality of the mobile is determined, or (iii) an LO spur set-off by a SMPS in the presence of an interference signal with a frequency splitting from an operational band that matches the SMPS frequency or at least one of its harmonics. Switching frequencies can be selected from a lookup table, or through an analysis of switching frequencies available to the mobile and operational criteria. A set of clock sources can provide an ensemble of switching frequencies.
    • 提供了一种或多种系统和方法,用于在移动台中动态地缩放交换模式电源(SMPS)的开关频率和时钟源。 响应于(i)移动台采用的无线通信的操作模式的变化中的至少一个,切换频率被缩放到最佳值,触发附加操作模式,(ii)操作条件的变化 确定与移动台的功能相关联的一组负载,或者(iii)在存在来自与SMPS频率匹配的操作频带的频率分割的干扰信号的情况下,由SMPS发出的LO引导断开,或至少一个 的谐波。 切换频率可以从查找表中选择,也可以通过分析可用于移动和操作标准的切换频率。 一组时钟源可以提供开关频率的集合。
    • 7. 发明申请
    • REDUCING POWER CONSUMPTION BY TAKING ADVANTAGE OF SUPERIOR IN-CIRCUIT DUPLEXER PERFORMANCE
    • 通过获得超级电路双工器性能优势降低功耗
    • WO2011153076A3
    • 2012-03-08
    • PCT/US2011038241
    • 2011-05-26
    • QUALCOMM INCGUDEM PRASAD SLAU SOON-SENGLIU LI
    • GUDEM PRASAD SLAU SOON-SENGLIU LI
    • H04B1/10H04B1/16H04B1/52H04W52/02
    • H04B1/525H04B1/109H04W52/0238Y02D70/00Y02D70/1242Y02D70/164Y02D70/40
    • Although the duplexer in a full-duplex transceiver circuit may only be guaranteed by the duplexer manufacturer to have a transmit band rejection from its TX port to its RX port of a certain amount, and may only be guaranteed to have a receive band rejection of another amount, the actual transmit band rejection and the actual receive band rejection of a particular instance of the duplexer may be better than specified. Rather than consuming excess power in the receiver and/or transmitter in order to meet performance requirements assuming the duplexer only performs as well as specified, the duplexer's in-circuit performance is measured as part of a transmitter-to-receiver isolation determination. Transmitter and/or receiver power settings are reduced where possible to take advantage of the measured better-than-specified in-circuit duplexer performance, while still meeting transceiver performance requirements. Power settings are not changed during normal transmit and receive mode operation.
    • 虽然全双工收发器电路中的双工器可能只能由双工器制造商保证从其TX端口到其一定数量的RX端口的发射波段抑制,并且只能保证具有另一个的接收频带抑制 数量,双工器的特定实例的实际发射频带抑制和实际接收频带抑制可能优于指定的。 假设双工器仅执行指定,而不是在接收机和/或发射机中消耗多余的功率,以满足性能要求,则双工器的在线性能是作为发射机到接收机隔离确定的一部分进行测量的。 发射机和/或接收机功率设置在可能的情况下可以减少,以便在仍然满足收发器性能要求的同时利用测得的优于指定的在线双工器性能。 在正常的发送和接收模式操作期间,电源设置不会改变。