Beijing Jiazhao Huaming Electronic Technology Co., Ltd
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Radio Monitoring and Direction Finding Receiver - Exclusive Agent of IZT in Germany
IZTR5000/R4000 broadband radio receiver is a receiver system developed based on the latest professional radio reception concept. The system has a high
Product details
  • The IZT R5000/R4000 broadband radio receiver is a receiver system developed based on the latest professional radio reception concept. The system has a high-performance RF front-end, ensuring that the system operates under conditions of instantaneous bandwidth of over 100Mbps, and also has the same excellent linearity and dynamic range as traditional narrowband receivers.

    image.png

    At the same time, the receiver front-end system is also equipped with some freely configurable low-pass and high pass filters. By freely combining these filters, various notch curves can be defined to meet the testing requirements in certain special scenarios. As shown in the following figure:


    By combining different filters, different amplitude frequency characteristics of the front-end are formed



    In order to fully adapt to various applications such as communication intelligence and electronic intelligence system integration, broadband satellite reconnaissance, and continuous broadband radio signal recording in the modern electronic warfare environment. The IZT R5000/R4000 broadband sub channelized digital receiver platform has instantaneous real-time bandwidth processing capability greater than 100MHz, with a working frequency range covering 9KHz-18GHz. More importantly, the digital signal processing architecture of the platform allows users to independently define dozens of independent sub channels in both frequency and time domains within a 120MHz instantaneous real-time bandwidth. Each sub channel can independently output corresponding I/Q, FFT, and spectrum data, and send these data to different user terminals for different processing and analysis during the corresponding time period according to the user's defined timeline, including but not limited to monitoring analysis, demodulation monitoring, direction finding, etc. As shown in the following figure:

    图片6.png

    Independent sub channels can be defined in both frequency and time domains


    图片7.png

    Receiver control interface and display of multi-channel spectrum data output


    In addition, the intelligent data caching and storage technology adopted by the digital receiver platform ensures that every bit of data received from space can be transmitted lossless to the client for further data analysis.



    Main technical indicators:

    R4000host system

    ADCModule group indicators

    Sampling rate

    320 MSPS, 16bits

    SFDR, 9 kHz to 140 MHz

    90 dB, typical (referenced to full scale of ADC)

    SFDR, 120 MHz to 18 GHz

    75 dB, typical (referenced to full scale of ADC)

    Instantaneous Bandwidth

    120 MHz

    Intermediate frequency independent subchannel

    Number of channels

    up to 127, independent

    Channel bandwidth

    100 Hz to 120 MHz

    Data buffering

    up to 4 seconds, with respect to spectrum data

    Spectrum data

    Number of channels

    two independent spectrum channels

    Bandwidth

    120 MHz to 7.5MHz

    Frequency resolution

    39 kHz to 305Hz

    FFT width

    409632768

    FFT window

    Hamming, Hanning, Blackman-Harris, Polyphase m=3,

    user-configurable coefficients (up to 3x4096)

    Averaging

    1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024

    Detector

    Max, Min, RMS

    physical interface

    RF input

    N, female, 50 Ω (one common RF input or up to 4 individual


    RF inputs for the frequency range)


    IF input

    N, female, 50 Ω


    External reference input

    10 MHz, BNC, female, 50 Ω


    Trigger pulse input

    SMA, female, CMOS 3.3 Volt (5 Volt tolerant input)


    Trigger pulse output

    SMA, female, CMOS 3.3 Volt


    Synchronisation input 1PPS

    BNC, female, CMOS 3.3 Volt (5 Volt tolerant input)


    External synchronization

    up to 10x SMA, female, 50 Ω


    Service interface

    RS232, D-SUB 9, male


    LAN

    2x1 Gigabit LAN, approx. 1.8 Gbps throughput


    LAN (Option R4000-10G)

    10 Gigabit LAN


    Additional Interfaces

    GPIB, USB 2.0, VGA, RS232

    The IZT R5000/R4000 broadband radio receiver is a receiver system developed based on the latest professional radio reception concept. The system has a high-performance RF front-end, ensuring that the system operates under conditions of instantaneous bandwidth of over 100Mbps, and also has the same excellent linearity and dynamic range as traditional narrowband receivers.

    image.png

    At the same time, the receiver front-end system is also equipped with some freely configurable low-pass and high pass filters. By freely combining these filters, various notch curves can be defined to meet the testing requirements in certain special scenarios. As shown in the following figure:


    By combining different filters, different amplitude frequency characteristics of the front-end are formed



    In order to fully adapt to various applications such as communication intelligence and electronic intelligence system integration, broadband satellite reconnaissance, and continuous broadband radio signal recording in the modern electronic warfare environment. The IZT R5000/R4000 broadband sub channelized digital receiver platform has instantaneous real-time bandwidth processing capability greater than 100MHz, with a working frequency range covering 9KHz-18GHz. More importantly, the digital signal processing architecture of the platform allows users to independently define dozens of independent sub channels in both frequency and time domains within a 120MHz instantaneous real-time bandwidth. Each sub channel can independently output corresponding I/Q, FFT, and spectrum data, and send these data to different user terminals for different processing and analysis during the corresponding time period according to the user's defined timeline, including but not limited to monitoring analysis, demodulation monitoring, direction finding, etc. As shown in the following figure:

    图片6.png

    Independent sub channels can be defined in both frequency and time domains


    图片7.png

    Receiver control interface and display of multi-channel spectrum data output


    In addition, the intelligent data caching and storage technology adopted by the digital receiver platform ensures that every bit of data received from space can be transmitted lossless to the client for further data analysis.



    Main technical indicators:


    R4000Index of intermediate frequency interface in the host system



    Intermediate frequency input range


    Baseband input

    2 MHz to 140 MHz



    Maximum input signal power



    +15 dBm



    Tune resolution



    1 Hz









    Tuning accuracy



    < 0.2 Hz









    VSWR



    < 2.1









    internal10MHzaccuracy



    < 1 x 10-7









    phase noise



    -130 dBc/Hz typical @ 1 kHz offset


    R4000host system

    ADCModule group indicators

    Sampling rate

    320 MSPS, 16bits

    SFDR, 9 kHz to 140 MHz

    90 dB, typical (referenced to full scale of ADC)

    SFDR, 120 MHz to 18 GHz

    75 dB, typical (referenced to full scale of ADC)

    Instantaneous Bandwidth

    120 MHz

    Intermediate frequency independent subchannel

    Number of channels

    up to 127, independent

    Channel bandwidth

    100 Hz to 120 MHz

    Data buffering

    up to 4 seconds, with respect to spectrum data

    Spectrum data

    Number of channels

    two independent spectrum channels

    Bandwidth

    120 MHz to 7.5MHz

    Frequency resolution

    39 kHz to 305Hz

    FFT width

    409632768

    FFT window

    Hamming, Hanning, Blackman-Harris, Polyphase m=3,

    user-configurable coefficients (up to 3x4096)

    Averaging

    1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024

    Detector

    Max, Min, RMS

    physical interface

    RF input

    N, female, 50 Ω (one common RF input or up to 4 individual


    RF inputs for the frequency range)


    IF input

    N, female, 50 Ω


    External reference input

    10 MHz, BNC, female, 50 Ω


    Trigger pulse input

    SMA, female, CMOS 3.3 Volt (5 Volt tolerant input)


    Trigger pulse output

    SMA, female, CMOS 3.3 Volt


    Synchronisation input 1PPS

    BNC, female, CMOS 3.3 Volt (5 Volt tolerant input)


    External synchronization

    up to 10x SMA, female, 50 Ω


    Service interface

    RS232, D-SUB 9, male


    LAN

    2x1 Gigabit LAN, approx. 1.8 Gbps throughput


    LAN (Option R4000-10G)

    10 Gigabit LAN


    Additional Interfaces

    GPIB, USB 2.0, VGA, RS232


    R4000Index of intermediate frequency interface in the host system



    Intermediate frequency input range


    Baseband input

    2 MHz to 140 MHz



    Maximum input signal power



    +15 dBm



    Tune resolution



    1 Hz









    Tuning accuracy



    < 0.2 Hz









    VSWR



    < 2.1









    internal10MHzaccuracy



    < 1 x 10-7









    phase noise



    -130 dBc/Hz typical @ 1 kHz offset


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