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    • 1. 发明授权
    • Process for achieving spur mitigation in an integrated circuit including a wide band receiver
    • 在包括宽带接收机的集成电路中实现刺激减轻的过程
    • US08938203B2
    • 2015-01-20
    • US13574950
    • 2011-01-26
    • Andrea AncoraDominique BrunelLaurent Noel
    • Andrea AncoraDominique BrunelLaurent Noel
    • H04B1/44H04B1/10H04B15/04
    • H04B1/44H04B1/1036H04B15/04H04B2001/1063
    • A radio transceiver including—an antenna (201) switch having a control lead (226); —a RF and front end circuit (202) coupled to said antenna switch and operating in at least one 2G mode and at least one 3G mode; —a RF transceiver (209) coupled to said RF front end and operating in at least a first 2G and a second 3G mode; —a baseband (210) communicating with a set of peripherals and external devices; The radio transceiver is characterized by the fact that it includes: —control means (221) for controlling said antenna switch (201) in a isolated mode; —an programmable adaptive filter controlled by said control means for the purpose of introducing at least one notch for eliminating one corresponding spur. The radio transceiver preferably includes means (215) for performing, under control of said control means (221) a FFT computation for the purpose of elaborating a representation, in the time domain, of the different spurs and/or jammers spoiling the received signal when in isolated mode.
    • 一种无线电收发器,包括具有控制引线(226)的天线(201)开关。 - RF和前端电路(202),其耦合到所述天线开关并以至少一个2G模式和至少一个3G模式操作; - RF收发器(209),其耦合到所述RF前端并且以至少第一2G和第二3G模式操作; - 与一组外围设备和外部设备通信的基带(210); 无线电收发器的特征在于它包括:用于以隔离模式控制所述天线开关(201)的控制装置(221) - 由所述控制装置控制的可编程自适应滤波器,用于引入至少一个用于消除一个对应支线的凹口。 无线电收发器优选地包括用于在所述控制装置(221)的控制下执行FFT计算的装置(215),用于在时域中详细描述破坏接收信号的不同杂波和/或干扰器的表示, 在隔离模式。
    • 2. 发明授权
    • Multimode receiver
    • 多模接收机
    • US07684461B2
    • 2010-03-23
    • US10540792
    • 2003-12-11
    • Dominique BrunelLaurent Noel
    • Dominique BrunelLaurent Noel
    • H04L27/30
    • H04J13/0003H04B1/707H04J13/0022
    • The present invention relates to a receiver for processing a received signal (SEQ), said receiver being multimode. The invention is characterized in that it comprises; a) a single RF chip for processing the received signal (SEQ) in any mode, said chip comprising a spreading section (SPREAD SEC) for spreading and downconverting to baseband a received signal (SEQ), and a channel filtering section (CH SEC) for DC offsets rejection on a received signal (SEQ), and b) a single baseband chip (BB) comprising despreading means (DSPR) for despreading a spread signal (SEQ).
    • 本发明涉及一种用于处理接收信号(SEQ)的接收机,所述接收机是多模式的。 本发明的特征在于它包括: a)用于以任何模式处理所述接收信号(SEQ)的单个RF芯片,所述芯片包括用于扩展和下变频到接收信号(SEQ)的基带的扩展部分(SPREAD SEC)以及信道滤波部分(CH SEC) 用于对接收信号(SEQ)进行DC偏移抑制,以及b)包括解扩展扩展信号(SEQ)的解扩装置(DSPR)的单基带芯片(BB)。
    • 3. 发明授权
    • Wireless communication apparatus having modulated Tx clock spur control
    • 具有调制的Tx时钟支线控制的无线通信装置
    • US08755751B2
    • 2014-06-17
    • US13574912
    • 2011-01-26
    • Dominique BrunelLaurent Noel
    • Dominique BrunelLaurent Noel
    • H04B1/00
    • H04B15/02
    • A wireless telecommunication apparatus comprising—a baseband for the purpose of generating and receiving base-band signals; —a RF transceiver for the purpose of transmitting and receiving a RF signals, —at least one centralized clock derived from at least one central oscillator; —at least one individual element located within said apparatus and having a EMI coupling with said RF transceiver, and which clocking is likely to generate spurs being modulated with the Tx carrier of said RF transceiver; Characterized in that it further includes: —a least one controllable clocking system for said at least one individual element; —a general control unit (UCM) for the purpose of performing a contextual analysis of the current mode of operation of said wireless telecommunications and, in response to said contextual analysis, for determining a clocking frequency which results in modulated Tx clock spurs out of the receive bands.
    • 一种无线电信设备,包括:用于生成和接收基带信号的基带; - 用于发送和接收RF信号的RF收发器, - 至少一个从至少一个中心振荡器得到的集中时钟; - 位于所述设备内的至少一个单独元件并且具有与所述RF收发器的EMI耦合,并且所述时钟可能产生用所述RF收发器的Tx载波调制的杂波; 其特征在于,它还包括: - 用于所述至少一个单独元件的至少一个可控计时系统; - 一般控制单元(UCM),用于执行所述无线电信的当前操作模式的上下文分析,并且响应于所述上下文分析,确定导致调制的Tx时钟的时钟频率偏离 接收乐队。
    • 4. 发明授权
    • Digital interface between a RF and baseband circuit and process for controlling such interface
    • RF和基带电路之间的数字接口以及用于控制这种接口的过程
    • US08437725B2
    • 2013-05-07
    • US13142594
    • 2009-12-29
    • Dominique BrunelLaurent Noel
    • Dominique BrunelLaurent Noel
    • H04B1/10
    • H04B15/04H04B1/406
    • Process for controlling the switching of the data rate at a digital interface exchanging data and control messages between a Radio Frequency (RF) circuit and a digital circuit, comprising the steps of: setting by default the data rate to a low speed (LS) rate having a density presenting a first lobe being inferior to the frequency band considered in said RF circuit so as to prevent desensitization of the LNAs by the noise produced by said digital interface; storing the data and control messages message into a FIFO and monitoring the level of said FIFO; whenever the level of said FIFO reaches a predetermined threshold value, then controlling said interface to switch to a second high speed (HS) rate in order to flush said FIFO. In one embodiment, the LS frequency is set to a value of 832 MHz, thus preventing simultaneously desensitization of the GSM band and also the GPS band.
    • 用于控制在数字接口处切换数据速率的过程,在射频(RF)电路和数字电路之间交换数据和控制消息,包括以下步骤:将数据速率默认设置为低速(LS)速率 具有呈现出比所述RF电路中考虑的频带差的第一瓣的密度,以便防止由所述数字接口产生的噪声对LNA的脱敏; 将数据和控制消息消息存储到FIFO中并监视所述FIFO的级别; 每当所述FIFO的电平达到预定阈值时,则控制所述接口切换到第二高速(HS)速率以刷新所述FIFO。 在一个实施例中,将LS频率设置为832MHz的值,从而防止GSM频带以及GPS频带同时脱敏。
    • 5. 发明申请
    • Process and Apparatus for Reducing EMI in the RF Subsystem of a Wireless Communication System
    • 用于在无线通信系统的RF子系统中降低EMI的方法和装置
    • US20130122958A1
    • 2013-05-16
    • US13574965
    • 2011-01-26
    • François SittlerDominique BrunelLaurent Noel
    • François SittlerDominique BrunelLaurent Noel
    • H04B15/02
    • H04B15/02H04B15/04
    • A method for dynamically clocking one component located into a Wireless telecommunication apparatus comprising a RF transceiver subject to desensizitation by said component EMI, characterized in that it involves the steps of performing an adaptive control on the clock rate of said component so as to locate a wideband noise PSD null just to the left or to the right, in the frequency domain, of the RF transceiver wanted carrier frequency (fw) Particularly, the control is performed by means of the control of programmable frequency dividers, and under the control of a general control unit (UCM) for the purpose of performing a contextual analysis of the current mode of operation of said wireless telecommunications and, in response to said contextual analysis, for determining the fine tuning of the clock rate to be applied to said component.
    • 一种用于对位于无线电信设备中的一个组件进行动态计时的方法,所述无线电信设备包括经由所述组件EMI去干扰的RF收发器,其特征在于,其包括以下步骤:对所述组件的时钟速率执行自适应控制,以便定位宽带 RF收发器所需载波频率(fw)的频域左侧或右侧的噪声PSD无效特别地,该控制是通过可编程分频器的控制进行的,并且在一般的控制下 控制单元(UCM),用于执行对所述无线电信的当前操作模式的上下文分析,并且响应于所述上下文分析,确定要应用于所述组件的时钟速率的微调。
    • 7. 发明授权
    • Process and apparatus for reducing EMI in the RF subsystem of a wireless communication system
    • 用于降低无线通信系统的RF子系统中的EMI的方法和装置
    • US09059795B2
    • 2015-06-16
    • US13574965
    • 2011-01-26
    • François SittlerDominique BrunelLaurent Noel
    • François SittlerDominique BrunelLaurent Noel
    • H04M1/00H04B15/02H04B15/04
    • H04B15/02H04B15/04
    • A method for dynamically clocking one component located into a Wireless telecommunication apparatus comprising a RF transceiver subject to desensizitation by said component EMI, characterized in that it involves the steps of performing an adaptive control on the clock rate of said component so as to locate a wideband noise PSD null just to the left or to the right, in the frequency domain, of the RF transceiver wanted carrier frequency (fw) Particularly, the control is performed by means of the control of programmable frequency dividers, and under the control of a general control unit (UCM) for the purpose of performing a contextual analysis of the current mode of operation of said wireless telecommunications and, in response to said contextual analysis, for determining the fine tuning of the clock rate to be applied to said component.
    • 一种用于对位于无线电信设备中的一个组件进行动态计时的方法,所述无线电信设备包括经由所述组件EMI去干扰的RF收发器,其特征在于,其包括以下步骤:对所述组件的时钟速率执行自适应控制,以便定位宽带 RF收发器所需载波频率(fw)的频域左侧或右侧的噪声PSD无效特别地,该控制是通过可编程分频器的控制进行的,并且在一般的控制下 控制单元(UCM),用于执行对所述无线电信的当前操作模式的上下文分析,并且响应于所述上下文分析,确定要应用于所述组件的时钟速率的微调。
    • 8. 发明申请
    • Process for Achieving Spur Mitigation in an Integrated Circuit Including a Wide Band Receiver
    • 在包括宽带接收机的集成电路中实现减速的过程
    • US20130196609A1
    • 2013-08-01
    • US13574950
    • 2011-01-26
    • Andrea AncoraDominique BrunelLaurent Noel
    • Andrea AncoraDominique BrunelLaurent Noel
    • H04B1/44
    • H04B1/44H04B1/1036H04B15/04H04B2001/1063
    • A radio transceiver including—an antenna (201) switch having a control lead (226); —a RF and front end circuit (202) coupled to said antenna switch and operating in at least one 2G mode and at least one 3G mode; —a RF transceiver (209) coupled to said RF front end and operating in at least a first 2G and a second 3G mode; —a baseband (210) communicating with a set of peripherals and external devices; The radio transceiver is characterized by the fact that it includes: —control means (221) for controlling said antenna switch (201) in a isolated mode; —an programmable adaptive filter controlled by said control means for the purpose of introducing at least one notch for eliminating one corresponding spur. The radio transceiver preferably includes means (215) for performing, under control of said control means (221) a FFT computation for the purpose of elaborating a representation, in the time domain, of the different spurs and/or jammers spoiling the received signal when in isolated mode.
    • 一种无线电收发器,包括具有控制引线(226)的天线(201)开关。 - RF和前端电路(202),其耦合到所述天线开关并以至少一个2G模式和至少一个3G模式操作; - RF收发器(209),其耦合到所述RF前端并且以至少第一2G和第二3G模式操作; - 与一组外围设备和外部设备通信的基带(210); 无线电收发器的特征在于它包括:用于以隔离模式控制所述天线开关(201)的控制装置(221) - 由所述控制装置控制的可编程自适应滤波器,用于引入至少一个用于消除一个对应支线的凹口。 无线电收发器优选地包括用于在所述控制装置(221)的控制下执行FFT计算的装置(215),用于在时域中详细描述破坏接收信号的不同杂波和/或干扰器的表示, 在隔离模式。
    • 10. 发明申请
    • Wireless Communication Apparatus Having Modulated Tx Clock Spur Control
    • 具有调制Tx时钟支路控制的无线通信设备
    • US20120295557A1
    • 2012-11-22
    • US13574912
    • 2011-01-26
    • Dominique BrunelLaurent Noel
    • Dominique BrunelLaurent Noel
    • H04B15/02
    • H04B15/02
    • A wireless telecommunication apparatus comprising—a baseband for the purpose of generating and receiving base-band signals; —a RF transceiver for the purpose of transmitting and receiving a RF signals, —at least one centralized clock derived from at least one central oscillator; —at least one individual element located within said apparatus and having a EMI coupling with said RF transceiver, and which clocking is likely to generate spurs being modulated with the Tx carrier of said RF transceiver; Characterized in that it further includes: —a least one controllable clocking system for said at least one individual element; —a general control unit (UCM) for the purpose of performing a contextual analysis of the current mode of operation of said wireless telecommunications and, in response to said contextual analysis, for determining a clocking frequency which results in modulated Tx clock spurs out of the receive bands.
    • 一种无线电信设备,包括:用于生成和接收基带信号的基带; - 用于发送和接收RF信号的RF收发器, - 至少一个从至少一个中心振荡器得到的集中时钟; - 位于所述设备内的至少一个单独元件并且具有与所述RF收发器的EMI耦合,并且所述时钟可能产生用所述RF收发器的Tx载波调制的杂波; 其特征在于,它还包括: - 用于所述至少一个单独元件的至少一个可控计时系统; - 一般控制单元(UCM),用于执行对所述无线电信的当前操作模式的上下文分析,并且响应于所述上下文分析,确定导致调制的Tx时钟的时钟频率偏离 接收乐队。