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    • 1. 发明申请
    • Transceiver Front-End
    • 收发器前端
    • US20140011462A1
    • 2014-01-09
    • US13586480
    • 2012-08-15
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • H04B1/44
    • H04B1/525H04B2203/5491
    • A transceiver front-end for a communication device comprises a transmit frequency blocking arrangement and a receive frequency blocking arrangement. The transmit frequency blocking arrangement has a blocking frequency interval associated with the transmit frequency and a non-blocking frequency interval associated with the receive frequency, and is configured to block passage of transmit frequency signals between the signal transmission and reception arrangement and the receiver. The receive frequency blocking arrangement has a blocking frequency interval associated with the receive frequency and a non-blocking frequency interval associated with the transmit frequency, and is configured to block passage of receive frequency signals between the signal transmission and reception arrangement and the transmitter. One of the frequency blocking arrangements comprises a network of passive components including at least one transformer and a filter arrangement with a higher impedance at the blocking frequency interval than at the non-blocking frequency interval.
    • 用于通信设备的收发机前端包括发射频率阻塞装置和接收频率阻塞装置。 发射频率阻塞装置具有与发射频率相关联的阻塞频率间隔和与接收频率相关联的非阻塞频率间隔,并且被配置为阻止发射频率信号在信号发射和接收装置与接收机之间的通过。 接收频率阻挡装置具有与接收频率相关联的阻塞频率间隔和与发射频率相关联的非阻塞频率间隔,并且被配置为阻止信号发送和接收装置与发射机之间的接收频率信号的通过。 频率阻挡装置之一包括无源部件网络,其包括至少一个变压器和在阻塞频率间隔处具有比在非阻塞频率间隔处具有更高阻抗的滤波器装置。
    • 2. 发明授权
    • Transceiver front-end
    • 收发器前端
    • US08909161B2
    • 2014-12-09
    • US13586480
    • 2012-08-15
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • H04B1/38
    • H04B1/525H04B2203/5491
    • A transceiver front-end for a communication device comprises a transmit frequency blocking arrangement and a receive frequency blocking arrangement. The transmit frequency blocking arrangement has a blocking frequency interval associated with the transmit frequency and a non-blocking frequency interval associated with the receive frequency, and is configured to block passage of transmit frequency signals between the signal transmission and reception arrangement and the receiver. The receive frequency blocking arrangement has a blocking frequency interval associated with the receive frequency and a non-blocking frequency interval associated with the transmit frequency, and is configured to block passage of receive frequency signals between the signal transmission and reception arrangement and the transmitter. One of the frequency blocking arrangements comprises a network of passive components including at least one transformer and a filter arrangement with a higher impedance at the blocking frequency interval than at the non-blocking frequency interval.
    • 用于通信设备的收发机前端包括发射频率阻塞装置和接收频率阻塞装置。 发射频率阻塞装置具有与发射频率相关联的阻塞频率间隔和与接收频率相关联的非阻塞频率间隔,并且被配置为阻止发射频率信号在信号发射和接收装置与接收机之间的通过。 接收频率阻挡装置具有与接收频率相关联的阻塞频率间隔和与发射频率相关联的非阻塞频率间隔,并且被配置为阻止信号发送和接收装置与发射机之间的接收频率信号的通过。 频率阻挡装置之一包括无源部件网络,其包括至少一个变压器和在阻塞频率间隔处具有比在非阻塞频率间隔处具有更高阻抗的滤波器装置。
    • 3. 发明授权
    • Transceiver front-end
    • 收发器前端
    • US09094104B2
    • 2015-07-28
    • US13586500
    • 2012-08-15
    • Imad Ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • Imad Ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • H03H7/38H04B1/525
    • H04B1/525H04B2203/5491Y10T29/49117
    • A transceiver front-end of a communication device comprises a frequency blocking arrangement, which may be either a transmit frequency blocking arrangement or a receive frequency blocking arrangement. The frequency blocking arrangement has a blocking frequency interval associated with one of a transmit frequency and receive frequency, and a non-blocking frequency interval associated with the other of the transmit frequency and receive frequency. The frequency blocking arrangement is configured to block passage of signals in the blocking frequency interval between said signal transmission and reception node and either said receiver node or said transmitter node. The frequency blocking arrangement comprises a network of passive components comprising at least one transformer and a filter arrangement adapted to have a higher impedance value in the blocking frequency interval than in the non-blocking frequency interval.
    • 通信设备的收发机前端包括频率阻塞装置,其可以是发射频率阻塞装置或接收频率阻塞装置。 频率阻挡装置具有与发射频率和接收频率之一相关联的阻塞频率间隔以及与发射频率和接收频率中的另一个相关联的非阻塞频率间隔。 频率阻塞装置被配置为阻止所述信号发射和接收节点与所述接收机节点或所述发射机节点之间的阻塞频率间隔中的信号的通过。 频率阻挡装置包括无源部件网络,其包括至少一个变压器和滤波器装置,其适于在阻塞频率间隔中具有比在非阻塞频率间隔中更高的阻抗值。
    • 4. 发明申请
    • Transceiver Front-End
    • 收发器前端
    • US20140009245A1
    • 2014-01-09
    • US13586500
    • 2012-08-15
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • Imad ud DinStefan AnderssonDaniel EckerbertHenrik SjölandTobias TiredJohan Wernehag
    • H03H7/46H05K13/00
    • H04B1/525H04B2203/5491Y10T29/49117
    • A transceiver front-end of a communication device comprises a frequency blocking arrangement, which may be either a transmit frequency blocking arrangement or a receive frequency blocking arrangement. The frequency blocking arrangement has a blocking frequency interval associated with one of a transmit frequency and receive frequency, and a non-blocking frequency interval associated with the other of the transmit frequency and receive frequency. The frequency blocking arrangement is configured to block passage of signals in the blocking frequency interval between said signal transmission and reception node and either said receiver node or said transmitter node. The frequency blocking arrangement comprises a network of passive components comprising at least one transformer and a filter arrangement adapted to have a higher impedance value in the blocking frequency interval than in the non-blocking frequency interval.
    • 通信设备的收发机前端包括频率阻塞装置,其可以是发射频率阻塞装置或接收频率阻塞装置。 频率阻挡装置具有与发射频率和接收频率之一相关联的阻塞频率间隔以及与发射频率和接收频率中的另一个相关联的非阻塞频率间隔。 频率阻塞装置被配置为阻止所述信号发射和接收节点与所述接收机节点或所述发射机节点之间的阻塞频率间隔中的信号的通过。 频率阻挡装置包括无源部件网络,其包括至少一个变压器和滤波器装置,其适于在阻塞频率间隔中具有比在非阻塞频率间隔中更高的阻抗值。
    • 6. 发明授权
    • Down-conversion using square wave local oscillator signals
    • 使用方波本地振荡器信号进行下变频
    • US08665000B2
    • 2014-03-04
    • US13576827
    • 2011-02-14
    • Stefan AnderssonFredrik TillmanImad Ud DinDaniel Eckerbert
    • Stefan AnderssonFredrik TillmanImad Ud DinDaniel Eckerbert
    • G06G7/12
    • H03D7/165H03D7/18H03D2200/0086
    • A method of frequency down-converting an input signal to an output signal, a first local oscillator signal is generated as a square wave having a duty cycle of 1/3 or 2/3, and the input signal is mixed with first oscillator signal to achieve a first down-converted signal, a second local oscillator signal is generated as a modified square wave having the same period time as the first oscillator signal and a duty cycle of 2/3, of which one part has a positive amplitude and another part has a negative amplitude. The input signal is mixed with the second oscillator signal to achieve a second down-converted signal. The first oscillator signal has a delay of 1/4 of the period time to achieve a phase shift of π/2 between the oscillator signals, and at least one down-converted signal is multiplied by a pre-calculated factor. The resulting down-converted signals are added to achieve the output signal.
    • 将输入信号下变频为输出信号的方法,产生第一本地振荡器信号作为占空比为1/3或2/3的方波,并将输入信号与第一振荡器信号混合 实现第一下变频信号,产生第二本地振荡器信号作为具有与第一振荡器信号相同周期时间的修正方波,并且产生其中一部分具有正振幅的占空比2/3,另一部分 具有负幅度。 输入信号与第二振荡器信号混合以实现第二下变频信号。 第一振荡器信号具有周期时间的1/4的延迟以实现振荡器信号之间的π/ 2的相移,并且至少一个下变频信号乘以预先计算的因子。 所产生的下变频信号被加入以实现输出信号。
    • 7. 发明申请
    • Down-Conversion using Square Wave Local Oscillator Signals
    • 使用方波局部振荡器信号进行下变频
    • US20120313672A1
    • 2012-12-13
    • US13576827
    • 2011-02-14
    • Stefan AnderssonFredrik TillmanImad Ud DinDaniel Eckerbert
    • Stefan AnderssonFredrik TillmanImad Ud DinDaniel Eckerbert
    • H03B19/00
    • H03D7/165H03D7/18H03D2200/0086
    • In a method of frequency down-converting an input signal to an output signal, a first local oscillator signal is generated as a square wave having a duty cycle of 1/3 or 2/3, and the input signal is mixed with the first oscillator signal to achieve a first down-converted signal, A second local oscillator signal is generated as a modified square wave having the same period time and a duty cycle of 2/3, of which one part has a positive amplitude and another part has a negative amplitude. The input signal is mixed with the second oscillator signal to achieve a second down-converted signal. The first oscillator signal has a delay of 1/4 of the period time to achieve a phase shift of π/2 between the oscillator signals, and at least one down-converted signal is multiplied by a pre-calculated factor. The resulting down-converted signals are added to achieve the output signal.
    • 在将输入信号下变频为输出信号的方法中,产生第一本地振荡器信号作为占空比为1/3或2/3的方波,并且输入信号与第一振荡器 信号以实现第一下变频信号,第二本地振荡器信号被生成为具有相同周期时间和2/3的占空比的修改的方波,其中一个部分具有正幅度,另一部分具有负的 振幅。 输入信号与第二振荡器信号混合以实现第二下变频信号。 第一振荡器信号具有周期时间的1/4的延迟,以实现振荡器信号之间的&pgr / 2的相移,并且至少一个下变频信号乘以预先计算的因子。 所产生的下变频信号被加入以实现输出信号。
    • 8. 发明申请
    • Transformer Filter Arrangement
    • 变压器滤波器布置
    • US20140266506A1
    • 2014-09-18
    • US14233063
    • 2012-07-10
    • Stefan AnderssonFenghao MuJohan Wernehag
    • Stefan AnderssonFenghao MuJohan Wernehag
    • H03H7/01
    • H01F29/02H01F27/2804H01F27/343H01F27/42H03H7/0115H03H7/09H03H7/38H03H7/42H03H7/427H03H2001/0078H03H2007/013
    • A transformer filter arrangement (30) for passing signals at a fundamental frequency and suppressing signals at one or more interfering frequencies is disclosed. It comprises a transformer (100) having a first winding (110) and a second winding (120), wherein the first winding (110) has a first end (112a) and a second end (122b) and the second winding (120) has a first end (122a) and a second end (122b). It further comprises one or more capacitors (130a-e). For each capacitor (130a-c) of a first set of at least one capacitor of the one or more capacitors (130a-e), the capacitor (130a-c) is connected between a pair of taps (a1, a2; b1, b2; c1, c2) of the first winding (110), wherein each tap (a1, a2, b1, b2, c1, c2) of the pair of taps (a1, a2; b1, b2; c1, c2) is located between the first end (112a) and the second end (112b) of the first winding (110), and the capacitor (130a-c), together with an inductive sub segment (140a-c) of the first winding (110), which is connected in parallel with the capacitor (130a-c) between the pair of taps (a1, a2; b1, b2; c1, c2), forms a parallel LC circuit which is tuned to resonate at one of said interfering frequencies for suppressing signals at said one of the interfering frequencies. A corresponding integrated circuit, a corresponding radio receiver circuit, a corresponding radio transmitter circuit, and a corresponding radio communication apparatus are also disclosed.
    • 公开了一种用于以基本频率传递信号并以一个或多个干扰频率抑制信号的变压器滤波器装置(30)。 它包括具有第一绕组(110)和第二绕组(120)的变压器(100),其中第一绕组(110)具有第一端(112a)和第二端(122b)和第二绕组(120) 具有第一端(122a)和第二端(122b)。 它还包括一个或多个电容器(130a-e)。 对于一个或多个电容器(130a-e)中的至少一个电容器的第一组的每个电容器(130a-c),电容器(130a-c)连接在一对抽头(a1,a2; b1, (a1,a2; b1,b2; c1,c2)的每个抽头(a1,a2,b1,b2,c1,c2)位于第一绕组(110)的b2; c1,c2) 在第一绕组(110)的第一端(112a)和第二端(112b)之间,以及电容器(130a-c)与第一绕组(110)的感应子段(140a-c) 其与所述一对抽头(a1,a2; b1,b2; c1,c2)之间的电容器(130a-c)并联连接,形成并联LC电路,其被调谐为以所述干扰频率之一谐振以抑制 在所述一个干扰频率处的信号。 还公开了相应的集成电路,相应的无线电接收器电路,相应的无线电发射机电路和相应的无线电通信装置。
    • 9. 发明授权
    • Transformer filter arrangement
    • 变压器过滤装置
    • US09548155B2
    • 2017-01-17
    • US14233063
    • 2012-07-10
    • Stefan AnderssonFenghao MuJohan Wernehag
    • Stefan AnderssonFenghao MuJohan Wernehag
    • H01F29/02H01F27/42H01F27/34H03H7/01H03H7/09H03H7/38H03H7/42H01F27/28H03H1/00
    • H01F29/02H01F27/2804H01F27/343H01F27/42H03H7/0115H03H7/09H03H7/38H03H7/42H03H7/427H03H2001/0078H03H2007/013
    • A transformer filter arrangement (30) for passing signals at a fundamental frequency and suppressing signals at one or more interfering frequencies is disclosed. It comprises a transformer (100) having a first winding (110) and a second winding (120), wherein the first winding (110) has a first end (112a) and a second end (122b) and the second winding (120) has a first end (122a) and a second end (122b). It further comprises one or more capacitors (130a-e). For each capacitor (130a-c) of a first set of at least one capacitor of the one or more capacitors (130a-e), the capacitor (130a-c) is connected between a pair of taps (a1, a2; b1, b2; c1, c2) of the first winding (110), wherein each tap (a1, a2, b1, b2, c1, c2) of the pair of taps (a1, a2; b1, b2; c1, c2) is located between the first end (112a) and the second end (112b) of the first winding (110), and the capacitor (130a-c), together with an inductive sub segment (140a-c) of the first winding (110), which is connected in parallel with the capacitor (130a-c) between the pair of taps (a1, a2; b1, b2; c1, c2), forms a parallel LC circuit which is tuned to resonate at one of said interfering frequencies for suppressing signals at said one of the interfering frequencies. A corresponding integrated circuit, a corresponding radio receiver circuit, a corresponding radio transmitter circuit, and a corresponding radio communication apparatus are also disclosed.
    • 公开了一种用于以基本频率传递信号并以一个或多个干扰频率抑制信号的变压器滤波器装置(30)。 它包括具有第一绕组(110)和第二绕组(120)的变压器(100),其中第一绕组(110)具有第一端(112a)和第二端(122b)和第二绕组(120) 具有第一端(122a)和第二端(122b)。 它还包括一个或多个电容器(130a-e)。 对于一个或多个电容器(130a-e)中的至少一个电容器的第一组的每个电容器(130a-c),电容器(130a-c)连接在一对抽头(a1,a2; b1, (a1,a2; b1,b2; c1,c2)的每个抽头(a1,a2,b1,b2,c1,c2)位于第一绕组(110)的b2; c1,c2) 在第一绕组(110)的第一端(112a)和第二端(112b)之间,以及电容器(130a-c)与第一绕组(110)的感应子段(140a-c) 其与所述一对抽头(a1,a2; b1,b2; c1,c2)之间的电容器(130a-c)并联连接,形成并联LC电路,其被调谐为以所述干扰频率之一谐振以抑制 在所述一个干扰频率处的信号。 还公开了相应的集成电路,相应的无线电接收器电路,相应的无线电发射机电路和相应的无线电通信装置。