"Demodulated" Example Sentences
1. The radio signal was demodulated to extract the audio signal.
2. The demodulated signal was fed into the audio amplifier.
3. The receiver circuit demodulated the FM signal.
4. The modulation was reversed and the signal was demodulated.
5. The demodulated signal was analyzed for its frequency content.
6. The phase of the demodulated signal was unexpected.
7. The demodulated waveform was distorted due to noise interference.
8. The signal was demodulated successfully using a digital signal processor.
9. The demodulated data was sent to a microcontroller for processing.
10. The amplitude of the demodulated signal was too low for further processing.
11. The demodulated signal was filtered to remove unwanted noise.
12. The signal strength of the demodulated signal was too weak to be useful.
13. The carrier wave was demodulated to obtain the data signal.
14. The antenna was placed closer to the transmitter to improve the demodulation quality.
15. The frequency of the demodulated signal was measured using a frequency counter.
16. The demodulated signal was amplified to an appropriate level for processing.
17. The demodulated audio signal was transferred to a speaker for playback.
18. The signal filter was adjusted to optimize the demodulation quality.
19. The demodulated signal was digitized for storage and analysis.
20. The demodulated waveform was compared to the original waveform for accuracy.
21. The demodulated signal was processed using a fast Fourier transform algorithm.
22. The demodulation process was automated using a program on a computer.
23. The demodulated signal was converted to a digital format for further analysis.
24. The quality of the demodulated signal varied depending on the location of the receiver.
25. The demodulated signal was fed into an analog-to-digital converter for sampling.
26. Interference from other signals caused the demodulation to produce errors.
27. The demodulated signal was recorded for later analysis.
28. The signal-to-noise ratio of the demodulated signal was measured and analyzed.
29. Demodulation of the signal required a complex mathematical algorithm.
30. The demodulated data was used to create a graphical representation of the signal.
Common Phases
1. The
demodulated signal was weak and unable to be properly processed;
2. A
demodulated frequency spectrum can reveal hidden information in a signal;
3. After being
demodulated, the voice on the radio became clear;
4. The
demodulated output showed a significant decrease in amplitude;
5. The
demodulated data was easily analyzed and interpreted;
6. A
demodulated audio signal can be much easier to understand than a modulated one;
7. The
demodulated waveform was distorted due to interference;
8. The
demodulated signal accurately reflected the original signal's frequency and amplitude;
9. After the carrier signal was removed, the
demodulated signal could be analyzed;
10. The
demodulated output revealed specific frequency components in the original signal.