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现货哟@Rohde&Schwarz ZVR 4G网络分析仪罗德与施瓦茨10Hz4GHz的详细介绍

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Rohde&Schwarz ZVR 4G网络分析仪罗德与施瓦茨10Hz4GHz  R&S    ZVR 4G矢量网络分析仪|R&S|9KHz至4GHz

厂商名称：德国罗德与施瓦茨Rohde&Schwarz  R&S

特点
    ·9(10)kHz~4GHz频率范围
    ·高测量速度(<125μs/测量点)
    ·低固有噪声(-130dB)
    ·宽动态范围(>130dB)
    ·高频率分辨率(10μHz)
    ·校准时间短(<20s)
    ·有源彩色LCD(26cm)

技术指标
    ·Data only for 50Ω test sets.For 75Ω test sets and further details please refer to data sheet PD 757.1802.23.Unless otherwise stated,specifications apply to test ports PORT 1 and PORT2,a nominal source power of -10dBm at the test port and an IF bandwidth≤10kHz
    ·The arrow marks important data.
    ·Frequency range,measurement speed,dynamicrange
    ·Frequency range
    ·Without External Measurements option
    ·ZVRL,ZVRE,ZVR
    ·with passive test set 50Ω or 75Ω|9kHz to4Ghz
    ·with active test set 50Ω or 75Ω|300kHz to4GHz
    ·ZVRL,ZVRE,ZVR|10Hz to 4Ghz
    ·Relative frequencydeviation|<2*10^-6+1*10^-6/a
    ·Resolution|10μHz
    ·Measurement speed(above 2Mhz)
    ·Number of points|1 to 2001(selecable)
    ·Measurement time per point|IFbandwidth(IFBW)

    ·Dynamicrange(without system error correction)
    ·ZVRL,ZVRE,ZVR
    ·(models ZVRL and ZVRE:at IF bandwidth 10Hzvalues are reduced by 5dB)

    ·ZVCE,ZVC
    ·(mode ZVCE:at IF bandwidth 10Hz values arereduced by 5dB)
    ·With active test set 50Ω

    ·Measurementaccuracy
    ·The following data are validbetween20℃ and30℃ provided the instrument has reached thermal equilibrium (about 1 h after switch-on)and the tempera-ture has not varied by more than 1 degree after calibration.
    ·ZVRE and ZVR(bidirectional networkanalyzers)
    ·Accuracy of transmission measurementsafter full two-part system error cor-rection(TOSM)
    ·Specificaitons are based on a matched DUTand refer to a nominal source power of -10dBm at the test port.
    ·With test set 50Ω
    ·300kHz to 4Ghz
    ·at IF bandwidth 10Hz
    ·for+10dB to +3dB|<1dB or 6°
    ·for+3dB to -5dB|<0.2dB or 1°
    ·for -5dB to -60dB(passive)|<0.05dB or0.4°
    ·for-5dB to -60dB(active)|0.2dB or 1°
    ·for+3dB to -40dB|typ.<0.025dB
    ·for-60dB to -70dB|<0.2dB or 1°
    ·for-70dB to -80dB(ZVRE)|<1dB or 6°
    ·for-70dB to -85dB(ZVR)|<1dB or 6°
    ·Accuracy of reflection measurements
    ·after system error correction (TOSM orfull one-port)
    ·Specificaitons are based on an isolationgDUT and refer to a nominal source power of -10dBm at the testport.
    ·With test set 50Ω
    ·It is assumed that the return loss of thematch used for calibration is >46dB(effective systemdata:directivity Deff>46dB,test port match Seff>30dB).
    ·20kHz to 4Ghz(passive test set),
    ·300kHz to 4GHz(active test set)
    ·for+10dB to +3dB|<1dB or 6°
    ·for+3dB to -15dB|<0.4dB+0.04dB/Ghz,<3°+0.4°/Ghz
    ·for-15dB to -25dB|<1dB or 6°
    ·for-25dB to -35dB|<3dB or 20°
    ·ZVCE and ZVC
    ·Accuracy of transmission measurements
    ·after full two-part system errorcorrection(TOSM)
    ·Specifications are based on a matched DUTand refer to a nominal source power of -20dBm at the test port.
    ·10MHz to 4Ghz
    ·at IF bandwidth 10Hz
    ·for +10dB to +3dB|<1dB or 6°
    ·for+3dB to -50dB|<0.2dB or 1°
    ·for+3dB to -40dB|typ.<0.025dB
    ·for-50dB to -60dB|<0.5dB or 4°
    ·for-60dB to -70dB(ZVCE)|<1dB or 6°
    ·for-60dB to -75dB(ZVC)|<1dB or 6°
    ·4Ghz to 8Ghz
    ·at IF bandwidth 10Hz
    ·for+10dB to +3dB|<1dB or 6°
    ·for+3dB to -45dB|<0.2dB or 2°
    ·for+3dB to -40dB |typ.<0.025dB
    ·for-45dB to -55dB(ZVCE)|<1dB or 6°
    ·for-45dB to -60dB(ZVC)|<1dB or 6°
    ·Accuracy of reflection measurements
    ·after system error correction (TOSM orfull one-port)
    ·Specifications are based on an isolaitngDUT and refer to a nominal source power of -20dBm at the testport.
    ·It is assumed that the return loss of thematch used for calibration is >40dB(effective systemdata:directivity Deff>40dB,test port match Seff>30dB).
    ·20kHz to 8Ghz
    ·for+10dB to +3dB|<1dB or 6°
    ·for+3dB to-    ·10dB|<0.4dB+0.04dB/GHz,<3°_0.4°/Ghz
    ·for=\\-10dB to -20dB|<1dB or 6°
    ·for-20dB to -30dB|<3dB or 20°
    ·ZVRL(unidirectional network analyzer)
    ·Accuracy of transmission measurements
    ·after system error correction (one-pathtwo-port)
    ·Specifications are based on a matched DUTand refer to a nominal source power of -10dBm at the test port.
    ·With test set 50Ω
    ·It is assumed that the return loss of thematch used for calibration is >46dB(effective systemdata:directivity Deff>46dB,test port match Seff>30dB).
    ·20khz to 4Ghz
    ·for+10dB to +3dB|<1dB or 6°
    ·for+3dB to -15dB?|<0.4dB+0.04dB/Ghz,<3° +0.4°/Ghz
    ·for-15dB to -25dB|<2dB or 6°
    ·for-25dB to -35dB|<3dB or 20°
    ·Effective system characteristics(above200kHz)
    ·These data are valid between20℃ and30℃ provided the instrument has reached thermal equilibrium(about 1h after swithc-on)and the temperature variations is not more than 1 degree after calibration.
ZVRE,ZVR,ZVCE,ZVC(bidirectional network analyzers)
    ·After full two-port system errorcorrection(TOSM)
    ·ZVRL
    ·After system error corrction(one-pathtwo-port)
    ·Directivity|>46dB^1)
    ·Source mathch(PORT 1)|>30dB
    ·Load match(PORT 2)|>18dB
    ·Transmission tracking|<0.2dB
    ·Reflection tracking|<0.06dB
    ·Output power
    ·Power range(without options)
    ·ZVRL,ZVRE,ZVR with test set 50Ω|-25dBm to0dBm
    ·ZVRL,ZVRE,ZVR with test set 75Ω|-27dBm to-6dBm
    ·ZVCE,ZVC
    ·20kHz to 6GHz|-25dBm to 0dBm
    ·6GHz to 8GHz|-25dBm to -3dBm
    ·Deviation(at -10dBm)
    ·These data are valid between20℃ and30℃
    ·up to2Mhz|<1dB
    ·above 2Mhz|<0.5dB
    ·Linearity(referred to -10dBm)
    ·0dBm to -25dBm(up to 20kHz)|<0.8dB
    ·0dBm to -15dBm(above 20kHz)|<0.4dB
15dBm to -25dBm|<0.6dB
    ·Resolution|0.1dB
    ·Spectral purity
    ·Harmonics|ZVRL,ZVRE,ZVR|ZVCE,ZVC