Pulse Generators

Pulse generators are essential for creating precise electronic pulses for testing circuits. They ensure reliable performance and accurate measurements in test setups.

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Common Applications

circuit testing

component analysis

signal integrity testing

telecommunications

radar systems

automation systems

Buying Guide

Pulse Generator Buying Guide

When selecting a pulse generator, it is crucial to focus on specific features that will meet your testing needs. Evaluate the generator's frequency range to ensure compatibility with your applications.

Consider the output impedance and rise/fall times to match the characteristics required for accurate testing. It's also important to check the calibration and maintenance logs to confirm the device's readiness for use.

  • Inspect the physical condition and any signs of wear.
  • Verify the availability of necessary interfaces and connectors.
  • Check for included accessories like cables and manuals.
  • Ensure the generator meets your specific timing and pulse width requirements.

Frequently Asked Questions

What is a pulse generator used for?
Pulse generators create electrical pulses for testing electronic circuits and components.
How do pulse generators differ from function generators?
Pulse generators focus on producing precise timing pulses, whereas function generators create various waveforms.
Are surplus pulse generators reliable?
Yes, with proper verification, surplus pulse generators can offer reliable performance for testing applications.
What should I check in a surplus pulse generator?
Verify the condition, calibration status, included accessories, and compatibility with your testing setup.