How do I calibrate my spectrum analyzer?

common problems 3390

You can use the Keysight U9361 RCal Receiver Calibrator to perform an accurate and reliable calibration of your spectrum analyzer/signal analyzer by following these steps:

  1. Connect the RCal to the signal analyzer through the high power USB port.
  2. Connect the 10 MHz reference signal from the signal analyzer to the "Reference In" port of the U9361 Rcal.
  3. Sets the RCal option reference status to EXT (external).
  4. Connect the RF Output of the Rcal to the RF Input of the Signal Analyzer.
  5. The YesTech Signal Analyzer is pre-configured for this interface. The calibration type, frequency range, attenuation range, and number of points are displayed on the screen.
  6. When you make the actual measurement, connect the "RF output" of the Rcal to the path point where the device under test (DUT) is located.
  7. Click "Calibration Line" to initialize the receiver calibrator and signal analyzer and generate calibration data.
  8. Disconnect the RCal and reconnect the signal path. Operation will transfer to the measurement plane. X-Series signal analyzers can dynamically track your measurements and make status corrections as needed.

Learn more about howCalibrating Spectrum AnalyzersThe

Previous. NEXT STORY.

Recommended

  • What is current?

    462

    What is current? In this article, you will learn the difference between current and voltage, as well as the types of current and how to measure it. We all touch and use electricity on a daily basis. However, there are many things about electricity that you may not know. In this article, we will introduce you to the basics of electric current, the difference between electric current and voltage, and the types of electric current and how it is measured in an easy-to-understand...

    View Full Version
  • What are network analyzers used for?

    330

    Network analyzers perform component characterization tests. A network analyzer provides a calibrated excitation signal to an RF network or device under test (DUT) and measures the vector response at frequency with phase and amplitude information. A VNA provides transmission (transmission coefficient, insertion loss, gain), reflection (reflection coefficient, VSWR, return loss), and impedance measurements, as well as s...

    View Full Version
  • What are the different types of oscilloscopes?

    557

    All modern oscilloscopes are digital storage oscilloscopes (DSOs) that use digital signal processing to capture and display analog signals. If the oscilloscope has the ability to observe these signals simultaneously in the digital domain, it is a mixed-signal oscilloscope (MSO). If the oscilloscope has a built-in spectrum analyzer function, it is a mixed-domain oscilloscope (MDO), although this term is less common. ,,...

    View Full Version
  • What does the best network analyzer look like?

    429

    The selection criteria for a VNA depends heavily on the application or usage scenario. Typically, selection criteria include frequency range, number of ports required (from 2 to 24 (multiport) and even 48 (with switching matrix)), output power, and instrument class from economy to handheld to high-end. Vector network analyzers are both signal generators and receivers...

    View Full Version

Hello!sign in

Click to cancel reply
    Expand More

    Product consultation and purchase:18218718851

    I already understand