How to Create Arbitrary Waveforms for Circuit Testing

Get Quote
Advanced Benchtop Waveform Generator
+ Advanced Benchtop Waveform Generator
Advanced Benchtop Waveform Generator
+ Advanced Benchtop Waveform Generator

Create Realistic Test Stimuli

Standard built-in waveforms are often not enough when engineers need to validate circuits under real operating conditions. Many devices respond to complex signal patterns, timing shifts, and transient events that cannot be reproduced using only basic sine, square, or pulse outputs during functional testing and bench-level verification.

Arbitrary waveform generation helps close that gap by enabling custom stimuli that better reflect real-world behavior. This makes it easier to verify performance, uncover edge-case failures, and repeat functional tests with the precise signal shapes needed for accurate circuit validation, improved debug efficiency, and more confident design evaluation.

Arbitrary Waveform Test Solution

Engineers can create, modify, and sequence custom arbitrary waveforms to make circuit testing more realistic and repeatable. Capabilities such as waveform modification, precise triggered switching, segment reuse and reordering, automated frequency sweeping, and sequencing control support complex signal creation for a wide range of validation workflows. For bench implementation, Keysight Advanced benchtop waveform generators support the generation of custom test signals that better represent real operating conditions. This helps engineers validate circuit behavior, uncover edge-case issues, and streamline functional testing workflows. The result is greater flexibility in stimulus creation, improved test fidelity, and a more efficient path from design validation to repeatable bench verification.
Get Quote

See Block Diagram of Arbitrary Waveform Test Solution

Block diagram of arbitrary waveform test solution

Explore Products for Our Arbitrary Waveform Test Solution

Related Use Cases

How to Validate Modulated and Burst Signals

Create clean modulation, sweep, and burst signals with Advanced Benchtop Waveform and Function Generators to validate device under test (DUT) behavior with higher-fidelity stimulus and repeatable timing.

Learn More

How to Stimulate DUTs with Arbitrary Waveforms

Build realistic DUT stimulus with Advanced Benchtop Waveform and Function Generators to modify, replay, and automate arbitrary waveforms efficiently.

Learn More

How to Maximize Power Amplifier Efficiency and Linearity

Maximizing power amplifier (PA) linearity, while maintaining efficiency, requires a linearization technique called digital pre-distortion (DPD). To provide optimal performance, the DPD technique needs wideband, calibrated vector signal generation and signal analysis.

Learn More

contact us logo

Get in Touch with One of Our Experts

Need help finding the right solution for you?

Contact Us