Flutter (electronics and communication)
In this article, we will take an in-depth look at Flutter (electronics and communication) and its impact on today's society. Since its appearance, Flutter (electronics and communication) has generated endless opinions and debates, becoming a recurring topic of conversation. In recent years, Flutter (electronics and communication) has acquired even greater relevance, influencing aspects as diverse as politics, economics, culture and technology. Throughout these pages, we will explore the different angles from which Flutter (electronics and communication) can be approached, examining its implications and challenges in the contemporary world. Without a doubt, Flutter (electronics and communication) continues to be a cause for reflection and analysis, and this article seeks to shed light on its importance and significance.
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In electronics and communication, flutter is the rapid variation of signal parameters, such as amplitude, phase, and frequency. Examples of electronic flutter are:
- Rapid variations in received signal levels, such as variations that may be caused by atmospheric disturbances, antenna movements in a high wind, or interaction with other signals.
- In radio propagation, a phenomenon in which nearly all radio signals that are usually reflected by ionospheric layers in or above the E-region experience partial or complete absorption.
- In radio transmission, rapidly changing signal levels, together with variable multipath time delays, caused by reflection and possible partial absorption of the signal by aircraft flying through the radio beam or common scatter volume.
- The variation in the transmission characteristics of a loaded telephone line caused by the action of telegraph direct currents on the loading coils.
- In recording and reproducing equipment, the deviation of frequency caused by irregular mechanical motion, e.g., that of capstan angular velocity in a tape transport mechanism, during operation.[1][2]
See also
Electronic Flutter
References
- ^ "Wow & Flutter". Sound On Sound. Retrieved 2 February 2024.
- ^ Rogjohns, Hugh (August 2012). "Celemony Capstan: Wow & Flutter Removal Software". Sound On Sound. SOS Publications Group. Retrieved 2 February 2024.
This article incorporates public domain material from Federal Standard 1037C. General Services Administration. Archived from the original on 2022-01-22. (in support of MIL-STD-188).