SCIENTIA SINICA Informationis, Volume 51 , Issue 3 : 505(2021) https://doi.org/10.1360/SSI-2020-0404

Design and implementation of CMOS millimeter-wave ICs and 4096 TX/4096 RX very-large-scale integrated phased-array antenna

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  • ReceivedDec 31, 2020
  • AcceptedJan 27, 2021
  • PublishedFeb 24, 2021


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感谢深南电路股份有限公司在 PCB 加工制造和验证等方面的大力支持.


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  • Table 1   Ka-band phased-array transmitter and receiver measurement results
    TX performanceRX performance
    Parameter Value Parameter Value
    Frequency 27.5$\sim$31.0 GHz Frequency 17.7$\sim$21.2 GHz
    Number of elements 8 Number of elements 8
    OP$_{\rm~1~dB}$ 11 dBm NF 3.0 dB
    PAE@OP$_{\rm~1~dB}$ 15% DC power 30 mW/channel
    Gain/phase control 6 bit Gain/phase control 6 bit
    Gain control range/step 31.5 dB/0.5 dB Gain control range/step 31.5 dB/0.5 dB
    Phase control range/step 360$^{\circ}$/5.625$^{\circ}$ Phase control range/step 360$^{\circ}$/5.625$^{\circ}$
    RMS gain error 0.54 dB RMS gain error 0.21 dB
    RMS phase error 1.78$^{\circ}$ RMS phase error 1.12$^{\circ}$
    Package WLCSP Package WLCSP
  • Table 2   Ka-band 4096 TX/4096 RX integrated phased-array measurement results
    Parameter Value Parameter Value
    Frequency (TX) 27.5$\sim$31.0 GHz Side lope level $\leqslant~-$13 dB@90$^{\circ}$
    Frequency (RX) 17.7$\sim$21.2 GHz Polarization LHCP/RHCP
    E-/H-plane scan0$\sim$360$^{\circ}$, 30$^{\circ}$$\sim$90$^{\circ}$ Axial ratioRX: $\leqslant$1 dB@90$^{\circ}$
    Number of elements 4096 TX/4096 RX TX: $\leqslant$1 dB@90$^{\circ}$
    EIRP$\geqslant$52 dBW@90$^{\circ}$ BeamwidthRX: 1.7$^{\circ}$@90$^{\circ}$
    $\geqslant$47.5 dBW@30$^{\circ}$ TX: 1.7$^{\circ}$@90$^{\circ}$
    G/T$\geqslant$11.5 dB/K@90$^{\circ}$ RX/TX isolationtextgreater 105 dB
    $\geqslant$7.5 dB/K@30$^{\circ}$

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