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Spectrum Analyzer NS-14-140/240/280/400



Spectrum Analyzer NS-14-240

Spectrum Analyzer NS-14- 140/240/280/400 is a bench-top spectrum analyzer family offering value far beyond its price tag. Building on their very high characteristics (e.g. DANL of -153dBm/Hz, RBW from 1Hz to 10Mhz, TOI of +20dBm and industry-leading phase noise of <-125dBc @20kHz offset from 10GHz) these analyzers may become an instrument of choice for budget conscious engineers who cannot afford sacrificing the performance. This family is designed for both R&D and manufacturing environment and targets at versatile applications, from communication market to aerospace and defense areas.

Technical Specifications:

Frequency Ranges:

  • NS-14-1409 kHz…14GHz
  • NS-14-2409kHz…24GHz,
  • NS-14-2809kHz…28GHz,
  • NS-14-4009kHz…40GHz

Fundamental mixing in the whole frequency range:

  • 9kHz…3,3GHz – band 0 (LO multiple or N - 1);
  • 3,3GHz…10GHz – band 1 (LO multiple or N - 1);
  • 10GHz…24GHz/28GHz – band 2 (LO multiple or N – 2)
  • 24GHz…40GHz – band 3 (LO multiple or N – 4)

A 4 stage YIG-tuned filter is used from 2,7GHz to 1 4/ 24 / 28 / 40 GHz depending on the model.

Frequency reference:

  • Aging +/-1 x 10E-6 / year
  • Temperature stability +/-3 x 10E-7 (15-30°C)
  • Initial calibration accuracy +/-1 x 10E-7
  • Residual FM <0.5 Hz p-p in 20 msec

Frequency readout accuracy (at marker point)

  • +/-1 x 10E-6 x FMEASURED +SPAN/450+2 Hz xN +1LSD

Frequency Span

  • Span range: 0 Hz, from 50 Hz to full span
  • Span accuracy: < +/-1%

Resoultion Bandwidths

  • -3dB bandwidths range: from 1Hz to 10 MHz in 1, 3, 10 sequence + 5MHz
  • -6dB bandwidths (EMI-filters, CISPR-16): 200 Hz, 9 kHz, 120 kHz, 1 MHz
  • RBW Accuracy <+/- 15%
  • RBW Selectivity (-60dB/-3dB) <5:1 
  • RBW switching error: < +/-0.10 dB for RBWs ≥10Hz
  • < +/-0.25dB for RBWs 1 Hz, 3 Hz

Level measurement range:

  • from +30dBm to -130dBm (with a minimum SNR of >10dB)
  • Displayed average noise level (1Hz RBW, 0dB attenuator)

    RF Input Frequency

    Displayed Average Noise Level

    10 MHz…3,3 GHz

    -153 dBm

    3,3 GHz…10 GHz

    -150 dBm

    10GHz…24 GHz

    -145 dBm

    24GHz…40GHz

    -140 dBm


    Guaranteed SSB phase noise performance:



    Frequency

    Offset

    100Hz

    1kHz

    10kHz

    100kHz

    1MHz

     

    1 GHz

    -98dBc/Hz

    -115dBc/Hz

    -123dBc/Hz

    -128dBc/Hz

    -140dBc/Hz

    4 GHz

    -97dBc/Hz

    -118dBc/Hz

    -126dBc/Hz

    -132dBc/Hz

    -150dBc/Hz

    10 GHz

    -92dBc/Hz

    -110dBc/Hz

    -120dBc/Hz

    -125dBc/Hz

    -140dBc/Hz

    40 GHz

    -77dBc/Hz

    -100dBc/Hz

    -110dBc/Hz

    -115dBc/Hz

    -130dBc/Hz

    Residual signals: -100dBm.

    Spurious: -70dBc

    Third Order Intercept Point (TOI):

    • 9kHz…3,3GHz +20 dBm
    • 3,3GHz…10GHz +10 dBm
    • 10GHz…40GHz +7dBm

    Second harmonic Intercept Point (SHI):

    • 9kHz…3,3GHz +40 dBm
    • 3,3GHz…24GHz +80 dBm 
    • 24GHz…40GHz +70dBm

    Flatness (input levels +10dBm...-60dBm):

    • 9kHz…3,3GHz ±0,5dB
    • 3,3GHz…10GHz ±1,5dB
    • 10GHz…40GHz ±3,5dB

    Input Step Attenuator: 70dB in 10dB steps.

    Attenuator switching error

    • 9kHz…3,3GHz ±0,7dB
    • 3,3GHz…10GHz ±1,2dB
    • 10GHz…40GHz ±2,2dB

    Detectors: RMS, peak, sample, minimum, normal, quasi-peak.

    Demodulators: AM, narrowband FM, wideband FM.

    Amplitude units: dBm, dBmV, dBµV, W, V.

    Automatic measurements: channel power, occupied bandwidth, ACP, harmonics, AM depth, FM deviation, harmonic distortion, phase noise, noise figure.

    Windows 98 Operation System.

    Connectors:

    RF input - planar crown connector system 2.92mm (male) / 3.5mm (female) / N-type (female) depending on the model;

    calibration output 100MHz BNC (female);

    tracking generator output (option) N-type (female);

    21.4MHz out SMA (female);

    1st LO out SMA (female)

    Interface connectors: RS-232, GP-IB, LAN, 4 USB ports.