The Analog Discovery Pro 2440 and Analog Discovery Pro 2450 combine capable hardware with WaveForms software that is designed for everyday measurement work. The focus is not just on capturing signals, but on understanding what is happening in the circuit while you are designing, testing, or debugging.
Below are several WaveForms tools that engineers tend to rely on most at the bench.
Bode Plot
Quick frequency response when you need it
The Bode Plot instrument lets you measure gain and phase across frequency directly in WaveForms. It works well for filters, amplifiers, and control loops, without extra setup or additional tools.
In practice, this saves time. Bandwidth limits, phase shift, and stability issues are often easier to spot in the frequency domain than in the time domain. A Bode plot helps confirm whether a circuit behaves the way you expect before those issues show up later.
Impedance Analyzer
Seeing components as they actually behave
WaveForms includes an impedance analyzer for measuring magnitude and phase across frequency. This is useful when working with passive components, sensors, or loads that do not behave like ideal parts.
Real components change with frequency, layout, and operating conditions. Measuring impedance directly helps explain why a design looks good on paper but behaves differently on the bench.
Protocol and Logic Analysis
Digital activity with analog context
WaveForms supports logic capture, protocol decoding, and cross‑triggering between analog and digital channels. Analog waveforms and decoded bus data can be viewed on the same time scale.
This matters because most systems are mixed‑signal. Many issues show up at the boundary between digital control and analog response. Seeing both together makes it easier to identify cause and effect instead of chasing symptoms.
Dedicated FFT
A clearer view of noise and distortion
The FFT instrument in WaveForms is built specifically for frequency‑domain analysis. It makes it straightforward to examine harmonics, spurs, and noise that may not be obvious in the time domain.
When signal integrity or performance is not quite right, an FFT often reveals what is actually limiting the design, whether it is interference, distortion, or a noisy source.
Math Channels and Measurements
Turning waveforms into usable numbers
WaveForms includes math channels and a wide range of live measurements such as RMS, rise time, phase, and power. These update continuously as conditions change.
Most design decisions are based on measured values, not raw traces. Having these calculations built in removes extra steps and helps verify whether a change actually improves the circuit.
Designed for How Engineers Work
On the ADP2440 and ADP2450, WaveForms supports the full path from capture to understanding. The tools are there to help explain behavior, verify assumptions, and reduce the time between a question and a clear answer.
Learn more about WaveForms software
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