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    频率范围：5GHz至21/31.3/44GHz1 GHz带宽
    IF频率范围：5GHz至12GHz带宽：1GHz调谐分辨率：4.45 μHz频谱纯度：-97dBc/Hz@7.1 GHz至12 GHz
    RF发生器频率范围:9kHz至6GHzRF发生器瞬时带宽:1GHzRF分析仪频率范围:9kHz至6GHzRF分析仪瞬时带宽:1GHz发生器调谐时间(典型):175us

    PXIe-5820 1 GHz I/Q带宽基带PXI矢量信号收发仪 (在产)

    IQ带宽：1GHz

    频率范围：DC至500MHz

    时钟初始精度：±200 × 10-9

    4TX，4RX

    参考价格 ： RMB 506,480起

    厂家：NI （收录20个产品）

    产地：美国

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    基带PXI矢量信号收发仪 - 500 MHz，1 GHz I/Q带宽

    PXIe-5820是具有1 GHz复杂I/Q带宽的第二代矢量信号收发仪(VS)的基带型号。 它在单个2插槽PXI Express模块中结合了宽带I/Q数字转换器、宽带I/Q任意波形发生器和高性能用户可编程FPGA。 您可以使用VST进行各种应用，包括无线和蜂窝芯片组的基带I/Q测试；功率放大器数字预失真波形的包络跟踪；以及新的无线标准（如5G、802.11ax和LTE-Advanced Pro）的生成和分析。

    产品编号： 783967-01


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    关键词:

     

    Frequency

    Complex I/Q equalized bandwidth[1]

    1 GHz

    Frequency Range

    DC-500 MHz

    NoteTo operate the device in complex baseband mode, configure each channel with identical ranges and termination. Complex baseband mode requires two input signals that are 90° out of phase.

    Internal Frequency Reference

    Initial adjustment accuracy

    ±200 × 10-9

    Temperature stability

    ±1 × 10-6, maximum

    Aging

    ±1 × 10-6 per year, maximum

    Accuracy

    Initial adjustment accuracy ± Aging ± Temperature stability


    I/Q Input

    I/Q Input Common-Mode Accuracy

    Table 1. I/Q Input Common-Mode Accuracy, Typical
    Common-Mode (V)Accuracy (mV) at 23 °C
    -0.25 to 1.50±2.5

    Conditions: Measured with a DMM. Common-mode offset is not adjusted during self-calibration. Valid for vertical ranges between 0.1 Vpp and 2.0 Vpp, differential. Measured with both input terminals terminated to ground through a high impedance >1 MΩ.

    I/Q Input DC Offset

    Table 2. I/Q Input Differential DC Offset Error, Typical
    Reference LocationDC Offset at 23 °C ± 5 °C
    At ADC<-57 dBFS
    At connector<10 mV
    Conditions: Terminated with 100 Ω differential impedance.

    I/Q Input Absolute AC Gain Accuracy

    Table 3. I/Q Input Absolute AC Gain Accuracy (dB)
    Input Vertical Range (Vpp, Differential)23 °C ± 5 °C0 °C to 45 °C
    0.5 to 4.0±0.57±0.71
    ±0.15, typical±0.28, typical
    1.0 to 4.0±0.44±0.57

    Conditions: Valid for all common-mode voltages. Measured with 10 MHz CW tone from a 100 Ω differential source.

    This specification is valid only when the module is operating within the specified ambient temperature range and within ±5 °C from the last self-calibration temperature, as indicated by the niRFSA Device Temperature property or NIRFSA_ATTR_DEVICE_TEMPERATURE attribute.

    I/Q Input Frequency Response

    Table 4. I/Q Input Frequency Response[2] (dB)
    FrequencyInput Vertical Range (Vpp, Differential)23 °C ± 5 °C0 °C to 45 °C
    100 kHz to 100 MHz0.5 to 4.0±0.31, typical±0.36, typical
    ±0.82±0.92
    1.0 to 4.0±0.67±0.77
    100 kHz to 250 MHz0.5 to 4.0±0.31, typical±0.36, typical
    ±0.82±0.97
    1.0 to 4.0±0.67±0.83
    100 kHz to 500 MHz0.5 to 4.0±0.31, typical±0.62, typical
    ±0.82±1.22
    1.0 to 4.0±0.68±1.10
    10 MHz to 250 MHz0.5 to 4.0±0.10, typical±0.28, typical
    ±0.25, typical±0.62, typical
    10 MHz to 500 MHz

    Conditions: Valid for all common-mode voltages. Referenced to 10 MHz.

    This specification is the individual I or Q channel flatness and is valid only when the module is operating within the specified ambient temperature range and within ±5 °C from the last self-calibration temperature, as indicated by the niRFSA Device Temperature property or the NIRFSA_ATTR_DEVICE_TEMPERATURE attribute.

    Figure 2. I/Q Input Frequency Response, Nominal[3]

    1378

    I/Q Input Settling Time

    Table 5. I/Q Input Amplitude Settling Times, Nominal
    Proximity to Final Settled Value (dB)Settling Time (µs)
    0.59
    0.1100
    0.05100
    0.01100

    Nominal common-mode voltage settling time (0.01 dB)[4]

    1.2 ms

    I/Q Input Average Noise Density

    Table 6. I/Q Average Input Noise Density, Typical
    Input Vertical Range (Vpp, Differential)dBm/HzdBFs/Hz
    0.5-152-149
    1-143-146
    2-141-149
    3-140-150
    Conditions: Terminated with a 100 Ω differential impedance.
    Figure 3. Input Average Noise Density vs. Linear Frequency (dBFS/Hz), Nominal [5]

    1378
    Figure 4. Input Average Noise Density vs. Log Frequency (dBFS/Hz), Nominal [6]

    1378

    I/Q Input Spectral Characteristics

    Harmonics[7]

    Table 7. I/Q Input I Channel Highest Harmonic Spur Level (dBc)
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-74-78-76-80
    1-75-80-76-83
    2-76-81-73-80
    3-78-80-73-79
    Table 8. I/Q Input Q Channel Highest Harmonic Spur Level (dBc)
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-78-81-78-81
    1-80-85-82-86
    2-79-82-80-85
    3-77-80-79-84
    Table 9. I/Q Input I Channel THD (dBc)
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-74-77-75-79
    1-75-80-75-82
    2-76-80-73-79
    3-77-79-73-79
    Table 10. I/Q Input Q Channel THD (dBc)
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-76-79-77-81
    1-80-84-81-85
    2-79-81-79-84
    3-76-79-78-83
    Table 11. I/Q Input Second Harmonic (dBc), Nominal
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    0.5-89-89
    1-89-88
    2-89-89
    3-89-88
    Table 12. I/Q Input Third Harmonic (dBc), Nominal
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    0.5-88-91
    1-89-89
    2-86-85
    3-86-84

    Nonharmonics[8]

    Table 13. I/Q Input Nonharmonics (dBc)
    Input Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-80-82-79-81
    1-79-81-79-81
    2-80-81-79-81
    3-80-81-80-82

    I/Q Output

    I/Q Output Common-Mode Accuracy

    Table 14. I/Q Output Common-Mode Accuracy, Typical
    Common-Mode (V)Accuracy (mV) at 23 °C
    -0.25 to 1.50±2

    Conditions: Measured with a DMM. Common-mode offset is not adjusted during self-calibration. Valid for vertical ranges between 0.1 Vpp and 2.0 Vpp, differential. Measured with both output terminals terminated to ground through a high impedance >1 MΩ.

    I/Q Output DC Offset

    Table 15. I/Q Output Differential DC Offset Error[9] (dBr), Typical
    Temperature RangeI/Q Output DC Offset Error
    23 °C ± 5 °C-60
    dBr is dB relative to the peak to peak output voltage setting (Vpp, differential).

    I/Q Output Absolute AC Gain Accuracy

    Table 16. I/Q Output Absolute AC Gain Accuracy (dB)
    Output Vertical Range (Vpp, Differential)23 °C ± 5 °C0 °C ± 45 °C
    0.25 to 2.0±0.43±0.68
    ±0.10, typical±0.35, typical

    Conditions: Valid for all common-mode voltages. 10 MHz CW tone into a 100 Ω differential load.

    This specification is valid only when the module is operating within the specified ambient temperature range and within ±5 °C from the last self-calibration temperature, as indicated by the niRFSG Device Temperature property or the NIRFSA_ATTR_DEVICE_TEMPERATURE attribute.

    I/Q Output Frequency Response

    Table 17. I/Q Output Frequency Response (dB)
    Frequency RangeOutput Vertical Range (Vpp, Differential)23 °C ± 5 °C0 °C to 45 °C
    100 kHz to 100 MHz0.25 to 2.0±0.17, typical±0.24, typical
    ±0.51±0.61
    0.50 to 2.0±0.44±0.54
    100 kHz to 250 MHz0.25 to 2.0±0.17, typical±0.25, typical
    ±0.57±0.69
    0.50 to 2.0±0.55±0.68
    100 kHz to 500 MHz0.25 to 2.0±0.18, typical±0.36, typical
    ±0.65±0.83
    0.50 to 2.0±0.59±0.80

    Conditions: Valid for all common-mode voltages. Referenced to 10 MHz.

    This specification is the individual I or Q channel flatness and is valid only when the module is operating within the specified ambient temperature range and within ±5 °C from the last self-calibration temperature, as indicated by the niRFSG Device Temperature property or the NIRFSA_ATTR_DEVICE_TEMPERATURE attribute.

    Figure 5. I/Q Output Frequency Response, Nominal[10]

    1378

    I/Q Output Settling Time

    Table 18. I/Q Output Nominal Amplitude Settling Times
    Proximity to Final Settled Value (dB)Settling Time (us)
    0.59
    0.1100
    0.05100
    0.01100

    Nominal common-mode settling time (0.01 dB)[11]

    1.2 ms

    I/Q Output Average Noise Density

    Table 19. I/Q Average Output Noise Density, Typical
    Output Vertical Range (Vpp, Differential)dBm/HzdBFS/Hz
    0.5-152-147
    1-154-155
    2-156-162
    Conditions: Terminated with a 100 Ω differential impedance.

    I/Q Output Spectral Characteristics

    Harmonics[12]

    Table 20. I/Q Output I or Q Channel Highest Harmonic Spur Level (dBc)
    Output Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-77-80-70-74
    1-78-80-69-74
    2-69-71-66-68
    Table 21. I/Q Output I or Q Channel THD (dBc)
    Output Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-75-78-69-73
    1-77-78-69-73
    2-69-70-65-67
    Table 22. I/Q Output I or Q Channel Second Harmonic (dBc)
    Output Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-72-82-67-77
    1-73-81-68-77
    2-74-82-66-76
    Table 23. I/Q Output I or Q Channel Third Harmonic (dBc)
    Output Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-73-81-69-78
    1-79-85-73-80
    2-72-75-65-71

    Nonharmonics[13]

    Table 24. I/Q Loopback Nonharmonics
    Output Vertical Range (Vpp, Differential)10 MHz100 MHz
    TypicalNominalTypicalNominal
    0.5-76-77-75-77
    1-79-81-79-81
    2-80-82-79-81

    Additional Performance Information

    Image Suppression

    Table 25. I/Q Loopback Image Suppression[14] (dBc), Nominal
    Complex BandwidthImage Suppression
    200 MHz-69
    1 GHz-61

    Image suppression is equivalent to or better than the specification at all frequency offsets within the specified bandwidth.

    SINAD and ENOB

    Table 26. Input SINAD and ENOB
    Real Bandwidth (MHz)Real SINADReal ENOBComplex SINADComplex ENOB
    0.580.113.080.513.1
    179.913.080.413.1
    2.579.713.080.313.1
    578.812.879.412.9
    1077.912.678.412.7
    2077.712.678.312.7
    10076.312.477.412.6
    50069.511.370.611.4
    Complex equalized bandwidth is the combined bandwidth of I and Q channels.
    Table 27. Output SINAD and ENOB
    Real Bandwidth (MHz)Real SINADReal ENOBComplex SINADComplex ENOB
    0.579.312.980.513.1
    178.712.880.113.0
    2.575.812.377.912.6
    576.812.578.712.8
    1075.812.377.912.6
    2074.312.076.812.5
    10069.711.372.511.8
    50063.610.366.610.8
    Complex equalized bandwidth is the combined bandwidth of I and Q channels.

    I/Q Loopback Third-Order Intermodulation (IMD3)

    Table 28. I/Q Loopback IMD3 (dBc), Typical
    Vertical Range (Vpp, Differential)0 °C to 45 °C
    Center Frequency (MHz)
    10 MHz100 MHz
    0.25-77-77
    -77-77
    0.50
    1.00-78-76
    2.00-73-72

    Conditions: Measured in loopback with two-tone stimulus, each tone is -8 dBFS with a 700 kHz spacing between the tones (equally spaced from the center frequency). IQ In and IQ Out ports are configured with the same Vertical Range and with 0 V common-mode.

    Figure 6. 10 MHz IMD3, Nominal[15]

    1378
    Figure 7. 100 MHz IMD3, Nominal[16]

    1378

    I/Q Loopback Second-Order Intermodulation (IMD2)

    Table 29. I/Q Loopback IMD2 (dBc), Typical
    Vertical Range (Vpp, Differential)0 °C to 45 °C
    Center Frequency (MHz)
    10 MHz100 MHz
    0.25-74-68
    -73-67
    0.50
    1.00-73-68
    2.00-73-67

    Conditions: Measured in loopback with two-tone stimulus, each tone is -8 dBFS with a 700 kHz spacing between the tones (equally spaced from the center frequency). IQ In and IQ Out ports are configured with the same Vertical Range and with 0 V common-mode.

    Figure 8. 10 MHz IMD2, Nominal[17]

    1378
    Figure 9. 100 MHz IMD2, Nominal[18]

    1378

    Application-Specific Modulation Quality

    WLAN 802.11ax

    EVM (Bandwidth: 80 MHz)[19]

    -50 dB, typical

    Figure 10. 802.11ax Measured EVM (80 MHz)

    1378

    WLAN 802.11ac

    EVM (Bandwidth: 80 MHz)[20]

    -50 dB, typical

    EVM (Bandwidth: 160 MHz)[21]

    -50 dB, typical

    Figure 11. 802.11ac Measured EVM (80 MHz)
    1378
    Figure 12. 802.11ac Measured EVM (160 MHz)
    1378

    LTE

    EVM (Bandwidth: 20 MHz) [22]

    -58 dB, typical

    Figure 13. LTE Measured EVM (20 MHz)

    1378

    Baseband Characteristics

    Analog-to-digital converters (ADCs)I/Q data rate[23]19 kS/s to 1.25 GS/s
    Digital-to-analog converters (DACs)I/Q data rate[24]19 kS/s to 1.25 GS/s

    Onboard FPGA

    FPGA

    Xilinx Virtex-7 X690T

    LUTs

    433,200

    Flip-flops

    866,400

    DSP48 slices

    3,600

    Embedded block RAM

    52.9 Mbits

    Data transfers

    DMA, interrupts, programmed I/O

    Number of DMA channels

    56

    Onboard DRAM

    Memory size

    2 banks, 2 GB per bank

    Theoretical maximum data rate

    12 GB/s per bank

    Onboard SRAM

    Memory size

    2 MB

    Maximum data rate (read)

    31 MB/s

    Maximum data rate (write)

    29 MB/s

    Front Panel I/O

    I/Q IN 0

    Connectors

    MMPX (female)

    Input coupling, per terminal

    DC

    Input type

    Differential

    Number of channels

    2

    Vertical Range

    Input voltage range per I/Q input pin[25] (no damage)

    -3 V to 5 V

    Common-mode range[26]

    -0.25 V to 1.5 V

    Maximum vertical range

    4 Vpp, differential

    Impedance

    DC differential input impedance

    100 ± 10 Ω, typical

    Figure 14. I/Q Input Impedance, Nominal

    1378
    Figure 15. I/Q Input Differential Return Loss, Nominal

    1378

    I/Q OUT 0

    Connectors

    MMPX (female)

    Output coupling, per terminal

    DC

    Output type

    differential

    Number of channels

    2

    Vertical Range

    Maximum voltage range per I/Q output pin (no damage)

    Vcom ±3.5 V

    Common-mode range[27]

    -0.25 V to 1.5 V

    Table 30. I/Q Output Vertical Range (Vpp, Differential)
    NI-RFSG Signal Bandwidth Setting (Complex)Maximum Vertical Range
    ≤ 160 MHz3.4, nominal
    ≤ 1 GHz2, typical
    Conditions: Into a 100 Ω differential load.

    Impedance

    DC differential output impedance

    100 ± 10 Ω, typical

    Figure 16. I/Q Output Impedance, Nominal

    1378
    Figure 17. I/Q Output Differential Return Loss, Nominal

    1378

    REF IN

    NoteFrequency Accuracy = Tolerance × Reference Frequency

    Connector

    MMPX (female)

    Frequency

    10 MHz

    Tolerance

    ±10 × 10-6

    Amplitude

    0.7 Vpk-pk to 3.3 Vpk-pk into 50 Ω, typical.

    Input impedance

    50 Ω, nominal

    Coupling

    AC

    NoteJitter performance improves with increased slew rate of input signal.

    REF OUT

    Connector

    MMPX (female)

    Frequency

    10 MHz, nominal

    Amplitude

    1.65 Vpk-pk into 50 Ω, nominal

    Output impedance

    50 Ω, nominal

    Coupling

    AC

    PFI 0

    Connector

    MMPX (female)

    Input impedance

    10 kΩ, nominal

    Output impedance

    50 Ω, nominal

    Maximum DC drive strength

    24 mA

    NoteVoltage levels are guaranteed by design through the digital buffer specifications.
    Table 31. Voltage Levels
    Absolute maximum input range-0.5 V to 5.5 V
    VIL, maximum0.8 V
    VIH, minimum2.0 V
    VOL, maximum0.2 V with 100 μA load
    VOH, minimum2.9 V with 100 μA load

    DIGITAL I/O

    Connector

    Molex Nano-Pitch I/O

    5.0 V Power

    ±5%, 50 mA maximum, nominal

    Table 32. DIGITAL I/O Signal Characteristics
    SignalTypeDirection
    MGT Tx± <3..0>Xilinx Virtex-7 GTHOutput
    MGT Rx± <3..0>Xilinx Virtex-7 GTHInput
    MGT REF±DifferentialInput
    DIO <1..0>Single-endedBidirectional
    DIO <7..2>Single-endedBidirectional
    5.0 VDCOutput
    GNDGround—
    NoteDIO <1..0> pins are multiplexed with MGT REF±.

    Digital I/O High Speed Serial MGT

    NoteFor detailed FPGA and High Speed Serial Link specifications, refer to Xilinx documentation.

    Data rate

    500 Mbps to 12 Gbps, nominal

    Number of Tx channels

    4

    Number of Rx channels

    4

    I/O AC coupling capacitor

    100 nF

    MGT Tx± <3..0> Channels

    Minimum differential output voltage

    800 mVpk-pk into 100 Ω, nominal

    Conditions: transmitter output swing at maximum setting.

    MGT Rx± <3..0> Channels
    Table 33. Differential Input Voltage Range
    ≤6.6 GB/s150 mVpk-pk to 2,000 mVpk-pk, nominal
    >6.6 GB/s150 mVpk-pk to 1,250 mVpk-pk, nominal

    Differential input resistance

    100 Ω, nominal

    MGT Reference Clock
    NoteInternal MGT Reference is derived from the Sample Clock PLL. Available frequencies are 2.5 GHz / N, where 4 ≤ N ≤ 32. Set via MGT component level IP (CLIP).
    Table 34. Clocking Resources
    Data Clock156.25 MHz
    MGT REF± Input60 MHz to 820 MHz, nominal
    MGT REF± Input

    AC coupling capacitors

    100 nF

    Differential input resistance

    100 Ω, nominal

    Differential input Vpk-pk range

    350 mV to 2000 mV, nominal

    Absolute maximum input range

    -1.25 V to 4.5 V

    NoteAbsolute maximum levels measured at input, prior to AC coupling capacitors.
    Figure 18. DIGITAL I/O Nano-Pitch Connector

    1378

    Power Requirements

    Table 35. Power Requirements
    Voltage (VDC)Typical Current (A)
    +3.33.3
    +126.0
    Power is 83 W, typical. Consumption is from both PXI Express backplane power connectors. Conditions: Simultaneous generation and acquisition using NI-RFSG and NI-RFSA at 1.25 GS/s I/Q rate, 45 °C ambient temperature. Power consumption depends on FPGA image being used.

    Calibration

    Interval

    1 year

    Physical Characteristics

    PXIe-5820 module

    3U, two slot, PXI Express module 4.1 cm × 13.0 cm × 21.6 cm1.6 in. × 5.1 in. × 8.5 in.

    Weight

    795 g (28.0 oz)

    Environment

    Maximum altitude

    2,000 m (800 mbar) (at 25 °C ambient temperature)

    Pollution Degree

    2

    Indoor use only.

    Operating Environment

    Ambient temperature range

    0 °C to 45 °C

    Relative humidity range

    10% to 90%, noncondensing

    Storage Environment

    Ambient temperature range

    -40 °C to 71 °C

    Relative humidity range

    5% to 95%, noncondensing

    Shock and Vibration

    Operating shock

    30 g peak, half-sine, 11 ms pulse

    Random vibrationOperating5 Hz to 500 Hz, 0.3 grmsNonoperating5 Hz to 500 Hz, 2.4 grms



     

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