nyquist frequency Antonyms
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Meaning of nyquist frequency
Wordnet
nyquist frequency (n)
(telecommunication) twice the maximum frequency occurring in the transmitted signal
nyquist frequency Sentence Examples
- The Nyquist frequency, half of the sampling rate, limits the highest frequency that can be accurately represented in a digital signal.
- To prevent aliasing, the sampled data's Nyquist frequency must exceed twice the highest frequency component in the original signal.
- Data acquired at a rate below the Nyquist frequency will result in frequency aliasing, potentially misinterpreting high-frequency components.
- The Nyquist frequency is crucial in determining the sampling rate necessary for accurate signal reproduction.
- Reconstructing a continuous-time signal from its sampled version is possible if the sampling frequency exceeds the Nyquist frequency.
- Oversampling beyond the Nyquist frequency provides a safety margin to minimize aliasing risks and improve signal fidelity.
- In image processing, the Nyquist frequency determines the maximum spatial frequency that can be captured without aliasing artifacts.
- Ultrasonic imaging relies on carrier frequencies exceeding the Nyquist frequency to accurately depict high-frequency details.
- Multi-rate digital signal processing techniques involve converting signals between different Nyquist frequencies.
- The Nyquist criterion serves as a fundamental guideline for signal acquisition and analysis to ensure accurate representation and prevent frequency distortion.
FAQs About the word nyquist frequency
(telecommunication) twice the maximum frequency occurring in the transmitted signal
No synonyms found.
No antonyms found.
The Nyquist frequency, half of the sampling rate, limits the highest frequency that can be accurately represented in a digital signal.
To prevent aliasing, the sampled data's Nyquist frequency must exceed twice the highest frequency component in the original signal.
Data acquired at a rate below the Nyquist frequency will result in frequency aliasing, potentially misinterpreting high-frequency components.
The Nyquist frequency is crucial in determining the sampling rate necessary for accurate signal reproduction.
