A full FFT produces a complex number, so yes, phase is included. Fourier, the mathematician, told us that any waveform can be expressed as a sum of sine waves of varying phase and frequency.

Figure 3.FFT of 600-MHz sine-wave input when FFT controls set for a 600-MHz center frequency and 100-MHz span Wideband FFT analysis. An increasing number of today’s signals have modulation ...

A few weeks ago we published an article on the newly released Keysight 1000X, an oscilloscope that marks Keysight’s late but welcome entry into the hacker-centric entry-level market. Understa… ...

The FFT of the entire waveform (F1- Upper right) shows a uniform amplitude over the entire sweep range. FFTs of Z1 and Z2 show the frequencies at the selected points in time on the sweep. Figure 10 ...

The FFT (Fast Fourier Transform) is rightfully regarded as the most important numerical algorithm of our lifetime. ... For a sine wave, there is only one coefficient. If, however, the signal contains ...

3. This FFT plot shows the test results of a SAR-ADC using coherent sampling with a data record (M) of 32,768 samples. The sampling frequency is locked to fS = 705.882 kHz, and the desired test ...

Stationary-wave integrated Fourier-transform spectrometry (SWIFTS)—an approach based on direct intensity detection of a standing wave resulting from either reflection ...

This is done by importing audio or generating a series of single waveform frames that the synth crossfades or spectrally morphs between. To create these frames, you can use the Waveform Editor to ...

Figure 2 – Square wave fixer-upper circuit. It is possible to see the individual frequency components predicted by the Fourier series. Most modern scopes can compute the Fourier transform of a signal, ...