Noise Measurement

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9812HF

Advanced Wide Bandwidth Noise Analyzer

Very-High-Frequency Noise 1/f Noise & RTN & Thermal Noise High Accuracy & Wide Impedance Range

9812HF features Primarius innovative architecture designed to breakthrough measurement bandwidth frontier to very high frequency (VHF) and deliver impressive precision for test applications across advanced process optimization, modeling validation design and circuit performance evaluation.

  • Maximum testing bandwidth up to 0.03Hz~100MHz, supporting test applications spanning from ultra-low frequencies to very high frequencies.

  • Built-in application-oriented amplifiers features seamless switching design that offers extreme performance for various voltage noise tests and current noise tests.

  • A wide coverage of operation conditions and impedance range supporting wafer-level high precision and wide bandwidth testing.

  • 1/f parallel testing and RTN parallel testing enhance testing efficiency.

  • Widely used for test applications required from semiconductor laboratories to manufacture users, particularly for thermal noise assessment in the very-high-frequency range and noise characteristic evaluation of RF devices. 

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Highlights

  • Wide Bandwidth

    0.03Hz–100MHz range
    for ultra-low to VHF
    noise testing

  • High Accuracy

    Minimum DC accuracy: 10pA
    System noise current resolution @ VHF:
    <10-23 A2/Hz
    System noise current resolution:
    <10-27 A2/Hz

  • High Speed

    20 sec/bias
    for typical device
    1/f noise measurement

  • High Efficiency

    Parallel testing
    significantly improves
    testing efficiency & throughput

  • Broad Applications

    Supports wafer-level
    VHF thermal noise and
    RF device evaluation

  • Easy-To-Use

    Pre-built test libraries
    and intuitive GUI
    streamline analysis workflows

Applications

  • 1/f & RTN & thermal
    noise characterization
    for SPICE
    model extraction

  • Process development
    quality assessment
    & quality control

  • Design
    performance
    optimization

  • Semiconductor
    physics
    & materials research

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