How to use an arbitrary waveform generator?

common problems 4610

Test engineers utilize an arbitrary waveform generator to verify the design of a circuit in just a few steps:

(1) Activate output control;

(2) Select the waveform to be generated;

(3) Connect the output to the device under test;

(4) Verify the performance of the device under test using an oscilloscope.

Previous. NEXT STORY.

Recommended

  • How to use VNA?

    431

    Vector network analyzers measure a wide variety of devices and networks and offer a wide range of measurements for a variety of usage scenarios, such as spectrum analysis, pulse measurements, power amplifier (PA) characterization, and active device testing. The following guide describes how to set up a network analyzer for measurements, calibrate the measurement system, and interpret the measurement results: The uses of VANs are so wide-ranging that each measurement...

    View Full Version
  • How do I test a DC power supply?

    480

    There are several ways to test a DC power supply, here we only introduce a few common methods. Conductivity test: You can use the multimeter's conductivity mode to accomplish this test. Touch the positive and negative terminals of the power supply with the multimeter pen. If it is on, the multimeter will beep. This test is designed to determine if the power supply is delivering power and if there are any breaks in the wiring. Voltage...

    View Full Version
  • What are the main types of spectrum analyzers?

    549

    There are two main types of spectrum analyzers: sweep tuning analyzers and real-time analyzers. Modern spectrum analyzers use digital signal processing to provide more measurement capabilities, making it easier for you to interpret your measurements. Whether it's a swept-tuning analyzer or a real-time spectrum analyzer, they both display the change in amplitude with frequency. However, exactly how each analyzer handles...

    View Full Version
  • What are network analyzers used for?

    420

    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

Hello!sign in

Click to cancel reply
    Expand More

    Product consultation and purchase:18218718851

    I already understand