• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to a transceiver that supports continuous / discontinuous multi-FA, and more particularly, receives a transmission signal from a control station, modulates it to an IF frequency, modulates it into an RF signal, and transmits the signal to a terminal while performing the reverse function. 1 transmitting and receiving signal processor 100; Receiving a RF signal from the terminal, demodulating the received signal through an RF local frequency and transmitting the demodulated signal to a control station, and performing a reverse function thereof; A dual transmit / receive frequency supply unit 300 connected to the first and second transmit / receive signal processing units 100 and 200, respectively, to supply the same or different RF local frequencies so as to perform modulation and demodulation of the RF signal during transmission and reception; Connected to the first transmission / reception signal processing unit and the second transmission / reception signal processing unit, respectively, so that the first transmission / reception signal processing unit and the second transmission / reception signal processing unit can modulate the transmission signal received from the control station into an IF signal only during transmission. Characterized in that it consists of an intermediate frequency supply unit 400 for supplying each of the local frequencies, the present invention can not only secure excellent scalability compared to a base station equipped with a conventional transceiver when the base station is extended to multi-FA In addition, there is an excellent effect of reducing the cost of expansion.
    公开号:KR20040046108A
    申请号:KR1020020073929
    申请日:2002-11-26
    公开日:2004-06-05
    发明作者:최백규
    申请人:유티스타콤코리아 유한회사；
    IPC主号:
    专利说明:

    Transceivers that support continuous / discontinuous multi-FA {TRANCEIVER WHICH SUPPORTS SERIAL / DISCONTINUIFY MULTI-FA}
    [10] The present invention relates to a transceiver that supports continuous / discontinuous multi-FA, and more particularly, to implement multi-FA or transmit / receive diversity using a multi-channel frequency synthesizer and multiple transceivers, and to reduce cost and excellent scalability. The present invention relates to a transceiver supporting continuous / discontinuous multi-FA obtained.
    [11] As shown in FIG. 1, a conventional base station transceiver is a 1FA transceiver having a reception diversity function, and a plurality of 1FA transceivers are implemented using a conbiner to apply a multi-FA. In addition, in terms of scalability, the multi-FA extending by using a conbiner has a problem that its acceptance limit can only be extended by 3FA or 4FA.
    [12] In addition, there is a problem in that an additional cost is generated because a conbiner for connecting different transceivers is necessary to expand to multiple FAs.
    [13] Accordingly, the present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is not only to increase the number of subscribers at a low cost but also to increase the number of subscribers by implementing a multi-FA instead of 1FA in one transceiver. It is to provide a transceiver that supports continuous / discontinuous multi-FA that saves the cost in addition to the transceiver.
    [14] In order to achieve the above object, a transceiver supporting the continuous / discontinuous multi-FA of the present invention is a transceiver comprising an antenna, a transmission / reception processing block, an IF local frequency supply unit and an RF local frequency supply unit,
    [15] Receives the transmission signal from the control station, modulates the IF frequency through the IF local frequency, modulates the RF signal through the RF local frequency, transmits the signal to the terminal through the antenna, and receives the RF signal from the terminal through the RF local frequency. A first transmission / reception signal processing unit for demodulating the received signal and transmitting the demodulated signal to the control station;
    [16] Receives the transmission signal from the control station, modulates the IF frequency through the IF local frequency, modulates the RF signal through the RF local frequency, transmits the signal to the terminal through the antenna, and receives the RF signal from the terminal through the RF local frequency. A second transmit / receive signal processor for demodulating the received signal and transmitting the demodulated signal to the control station;
    [17] A dual transmission / reception frequency supply unit connected to each of the first transmission / reception signal processing unit and the second transmission / reception signal processing unit and supplying the same or different RF local frequencies so as to perform modulation and demodulation of the RF signal during transmission and reception; And
    [18] Connected to the first transmission / reception signal processing unit and the second transmission / reception signal processing unit, respectively, so that the first transmission / reception signal processing unit and the second transmission / reception signal processing unit can modulate the transmission signal received from the control station into an IF signal only during transmission. It is characterized by consisting of an intermediate frequency supply for supplying each of the local frequencies.
    [1] 1 is a functional block diagram showing the configuration of a conventional continuous / discontinuous support transceiver;
    [2] 2 is a functional block diagram illustrating a detailed configuration of a transceiver supporting continuous / discontinuous multi-FA according to an embodiment of the present invention.
    [3] <Explanation of symbols for the main parts of the drawings>
    [4] 100: first transmission / reception signal processing unit 110: first antenna
    [5] 120: first radio frequency transmitter 130: first radio frequency receiver
    [6] 200: second transmission and reception signal processing unit 210: second antenna
    [7] 220: second radio frequency transmitter 230: second radio frequency receiver
    [8] 300: dual transmission and reception frequency supply unit 310: first transmission and reception frequency supply unit
    [9] 320: second transmission and reception frequency supply unit 400 intermediate frequency supply unit
    [19] Hereinafter, a transceiver supporting continuous / discontinuous multi-FA according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.
    [20] 2 is a functional block diagram of a transceiver supporting continuous / discontinuous multi-FA according to an embodiment of the present invention, the transceiver supporting the continuous / discontinuous multi-FA according to an embodiment of the present invention is a first transmit and receive signal The processor 100 is configured of a second transmit / receive signal processor 200, a dual transmit / receive frequency supply unit 300, and an intermediate frequency supply unit 400.
    [21] The first transmission / reception signal processing unit 100 receives a transmission signal from a control station, modulates the IF signal through an IF local frequency, modulates it into an RF signal through an RF local frequency, and transmits the signal to a terminal through an antenna. When receiving the RF signal from the demodulation to the received signal via the RF local frequency transmits to the control station, the first antenna 110, the first radio frequency transmitter 120, and the first radio frequency receiver 130 Consists of
    [22] The first antenna 110 of the first transmit / receive signal processor 100 receives an RF signal from a terminal and transmits an RF signal to a base station, respectively.
    [23] In addition, the first radio frequency transmitter 120 of the first transmit / receive signal processor 100 is connected to the first antenna 110 to receive an unmodulated transmit signal from a control station and then the intermediate frequency supply unit 400. ) Receives an IF local frequency and modulates the IF signal into an IF signal, receives an RF local frequency from the dual transmit / receive frequency supply unit 300, modulates the RF local frequency into an RF signal, and transmits the received RF local frequency to the terminal through the connected first antenna 110. do.
    [24] In addition, the first radio frequency receiver 130 of the first transmit / receive signal processor 100 is connected to the first antenna 110 and receives an RF local frequency from the dual transmit / receive frequency supply unit 300 to receive an RF signal. Demodulate and transmit the demodulated signal to the control station.
    [25] The second transmit / receive signal processing unit 200 receives a transmission signal from a control station, modulates an IF frequency through an IF local frequency, modulates an RF signal through an RF local frequency, and transmits the signal to a terminal through an antenna. When receiving the RF signal from the terminal to demodulate the received signal through the RF local frequency and transmits to the control station, the second antenna 210, the second radio frequency transmitter 220, and the second radio frequency receiver 230 It consists of).
    [26] The second antenna 210 of the second transmit / receive signal processor 200 receives an RF signal from a terminal and transmits an RF signal to a base station, respectively.
    [27] In addition, the second radio frequency transmitter 220 of the second transmit / receive signal processor 200 is connected to the second antenna 210 to receive the unmodulated transmit signal from the control station and then the intermediate frequency supply unit 400. Receives the IF local frequency from the modulated to an IF signal and receives the RF local frequency from the dual transmit and receive frequency supply unit 300 modulates the RF signal and transmits to the terminal through the connected second antenna 210 do.
    [28] The second radio frequency receiver 230 of the second transmit / receive signal processor 200 is connected to the second antenna 210 to receive an RF local frequency from the dual transmit / receive frequency supply unit 300 to receive an RF signal. Demodulate and transmit the demodulated signal to the control station.
    [29] In addition, the dual transmission / reception frequency supply unit 300 may be connected to the first transmission / reception signal processing unit 100 and the second transmission / reception signal processing unit 200, respectively, so as to perform modulation and demodulation of RF signals during transmission and reception. It serves to supply different RF local frequencies, respectively, the first transmission and reception frequency supply unit 310 and the second transmission and reception frequency supply unit
    [30] It consists of 320. At this time, the first transceiver frequency supply unit 310 and the second transceiver frequency supply unit 320 supplies the same RF local frequency to the first radio frequency transmitter 120 and the second radio frequency transmitter 220, respectively. It also provides multi-FA capability by providing different RF local frequencies while providing receive diversity.
    [31] In addition, the first transmit / receive frequency supply unit 310 of the dual transmit / receive frequency supply unit 300 is connected to the first radio frequency transmitter 120 and the first radio frequency receiver 130 to perform modulation and demodulation of the RF signal. It is responsible for supplying each of the RF local frequencies.
    [32] The second transmit / receive frequency supply unit 320 of the dual transmit / receive frequency supply unit 300 is connected to the second radio frequency transmitter 220 and the second radio frequency receiver 230 to perform modulation and demodulation of the RF signal. It is responsible for supplying each of the RF local frequencies.
    [33] In addition, the intermediate frequency supply unit 400 is connected to the first transmission / reception signal processing unit 100 and the second transmission / reception signal processing unit 200, respectively, and transmits the first transmission / reception signal processing unit 100 and the second transmission / reception signal only during transmission. The processor 200 supplies IF local frequencies so that the transmission signal received from the control station can be modulated into an IF signal.
    [34] Next, an operation process of a transceiver supporting continuous / discontinuous multi-FA according to an embodiment of the present invention having the above configuration will be described with reference to FIG. 2.
    [35] First, the RF local frequency supplied from the dual transmission / reception frequency supply unit 300 to operate the multi-FA transceiver of the present invention is different from the first transmission / reception signal processing unit 100 and the second transmission / reception signal processing unit 200. Local frequency is supplied.
    [36] In this case, the first radio frequency transmitter 120 receives an unmodulated transmission signal from the control station, receives an IF local frequency from the intermediate frequency supply unit 400, modulates an IF signal into an IF signal, and then modulates the IF signal. Receives the RF local frequency from the supply unit 310 and modulates the RF signal to transmit to the terminal through the first antenna 110 is connected.
    [37] At the same time, the second radio frequency transmitter 220 receives the IF local frequency from the intermediate frequency supply unit 400 after receiving the unmodulated transmission signal from the control station, modulates the IF signal into an IF signal, and transmits the second transmit / receive frequency. Receives an RF local frequency different from the RF local frequency supplied from the first transmit / receive frequency supply unit 310 from the supply unit 320 and modulates the RF signal into another terminal through the connected second antenna 210.
    [38] On the other hand, in case of reception, the first radio frequency receiver 130 receives an RF local frequency from the first transceiver frequency supply unit 310 and demodulates an RF signal and transmits it to a control station.
    [39] In addition, the second RF receiving unit 230 receives an RF local frequency different from the RF local frequency supplied from the first transmit / receive frequency supply unit 310 from the second transmit / receive frequency supply unit 320 to receive an RF signal. Demodulate the received signal and transmit it to the control station. That is, as described above, two independent FA functions may be performed in one transceiver.
    [40] On the other hand, in order for the present invention to operate as a transmit / receive diversity function, the RF local frequency supplied from the dual transmit / receive frequency supply unit 300 is the first transmit / receive signal processor 100 and the second transmit / receive signal processor 200. All are supplied with the same RF local frequency.
    [41] In this case, the first radio frequency transmitter 120 receives an unmodulated transmission signal from the control station, receives an IF local frequency from the intermediate frequency supply unit 400, modulates an IF signal into an IF signal, and then modulates the IF signal. Receives the RF local frequency from the supply unit 310 modulates the RF signal and transmits to the terminal through the connected antenna.
    [42] At the same time, the second radio frequency transmitter 220 receives an IF local frequency from the intermediate frequency supply unit 400 after receiving the transmission signal received by the first radio frequency transmitter 120 from the control station. Modulates an RF local frequency equal to an RF local frequency supplied from the first transmit / receive frequency supply unit 310 from the second transmit / receive frequency supply unit 320, modulates the signal into an RF signal, and transmits the modulated RF signal to another terminal through an connected antenna. By doing so, the transmit diversity function is performed.
    [43] Meanwhile, in the case of reception diversity, the first RF receiver 130 receives an RF signal from the terminal through the first antenna 110, and at the same time, the second RF receiver 230 and the second antenna 210 are received. Through the first radio frequency receiver
    [44] 130 receives the same RF signal.
    [45] Then, the first RF receiver 130 demodulates the RF signal received through the first antenna 110 into a received signal through an RF local frequency supplied from the first transmit / receive frequency supply unit 310 and transmits the received signal to the control station. At the same time, the second RF receiver 230 also receives the same RF signal through the second antenna 210 and receives the first RF signal from the second transceiver frequency supply unit 310 from the second transceiver frequency supply unit 320. The RF signal is supplied with the same RF local frequency as the RF local frequency supplied to the RF receiver 130 to demodulate the RF signal into a received signal and then transmit the received RF signal to the control station. That is, as described above, one transceiver performs the transmit / receive diversity function.
    [46] As described above, according to the transceiver supporting the continuous / discontinuous multi-FA according to the present invention, when expanding from the base station to the multi-FA, it is possible to secure not only excellent scalability but also expansion compared to a base station equipped with a conventional transceiver. There is an excellent effect to reduce the cost.
    权利要求:
    Claims (5)
    [1" claim-type="Currently amended] A transceiver comprising an antenna, a transmit / receive processing block, an IF local frequency supply and an RF local frequency study,
    Receives the transmission signal from the control station, modulates the IF frequency through the IF local frequency, modulates the RF signal through the RF local frequency, transmits the signal to the terminal through the antenna, and receives the RF signal from the terminal through the RF local frequency. A first transmission / reception signal processing unit for demodulating the received signal and transmitting the demodulated signal to the control station;
    Receives the transmission signal from the control station, modulates the IF frequency through the IF local frequency, modulates the RF signal through the RF local frequency, transmits the signal to the terminal through the antenna, and receives the RF signal from the terminal through the RF local frequency. A second transmit / receive signal processor for demodulating the received signal and transmitting the demodulated signal to the control station;
    A dual transmission / reception frequency supply unit connected to each of the first transmission / reception signal processing unit and the second transmission / reception signal processing unit and supplying the same or different RF local frequencies so as to perform modulation and demodulation of the RF signal during transmission and reception; And
    Connected to the first transmission / reception signal processing unit and the second transmission / reception signal processing unit, respectively, so that the first transmission / reception signal processing unit and the second transmission / reception signal processing unit can modulate the transmission signal received from the control station into an IF signal only during transmission. Transceiver supporting continuous / discontinuous multi-FA, characterized in that consisting of an intermediate frequency supply for supplying local frequencies respectively.
    [2" claim-type="Currently amended] The method of claim 1,
    The first transmission / reception signal processing unit includes: a first antenna that receives an RF signal from a terminal and transmits an RF signal to a base station, respectively;
    Is connected to the first antenna, receives an unmodulated transmission signal from a control station, receives an IF local frequency from the intermediate frequency supply unit, modulates it into an IF signal, receives an RF local frequency from the dual transmit / receive frequency supply unit, and receives an RF local frequency. First radio frequency transmission modulated to a signal and transmitted to a terminal through an connected antenna
    part; And
    A first radio frequency receiver configured to receive an RF local frequency from the dual transmit / receive frequency supply unit, demodulate an RF signal, and transmit the demodulated RF signal to a control station; Transceivers supported.
    [3" claim-type="Currently amended] The method of claim 1,
    The second transmission / reception signal processing unit includes a second antenna for receiving an RF signal from a terminal and transmitting an RF signal to a base station, respectively;
    Is connected to the second antenna, receives an unmodulated transmission signal from a control station, receives an IF local frequency from the intermediate frequency supply unit, modulates an IF signal into an IF signal, and receives an RF local frequency from the dual transmit / receive frequency supply unit. Second radio frequency transmission modulated to a signal and transmitted to a terminal through an connected antenna
    And;
    A second radio frequency receiver connected to the second antenna and configured to receive an RF local frequency from the dual transceiver frequency supply unit, demodulate an RF signal, and transmit the demodulated RF signal to a control station. Transceivers Supported
    Burr.
    [4" claim-type="Currently amended] The method of claim 1,
    The dual transmit / receive frequency supply unit may include: a first transmit / receive frequency supply unit connected to the first transmit / receive signal processor to supply RF local frequencies so as to perform modulation and demodulation of an RF signal; And
    And a second transmit / receive frequency supply unit connected to the second transmit / receive signal processor and configured to supply an RF local frequency so as to perform modulation and demodulation of an RF signal.
    [5" claim-type="Currently amended] The method of claim 1,
    The dual transmit / receive frequency supply unit provides a transmit / receive diversity function by supplying the same RF local frequency to the first transmit / receive signal processor and the second transmit / receive signal processor, while supplying different RF local frequencies to provide a multi-FA function. Transceiver supporting continuous / discontinuous multi-FA, characterized in that provided.
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    同族专利:
    公开号 | 公开日
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    2002-11-26|Application filed by 유티스타콤코리아 유한회사
    2002-11-26|Priority to KR1020020073929A
    2004-06-05|Publication of KR20040046108A
    优先权:
    申请号 | 申请日 | 专利标题
    KR1020020073929A|KR20040046108A|2002-11-26|2002-11-26|Tranceiver which supports serial/discontinuify multi-fa|
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