KILOCYCLE Meaning and
Definition
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A kilocycle, abbreviated as kc or Kc, is a unit of frequency measurement used primarily in the field of telecommunications. It represents one thousand cycles per second, equivalent to one kilohertz (kHz). The term "kilocycle" is derived from the Greek "kilo," meaning a thousand, and "cycle," indicating a complete waveform or vibration.
In the context of telecommunications, a kilocycle is commonly used to describe the frequency of radio waves, particularly in older technology. Before the advent of modern digital communications, kilocycles were used as a measure of frequency for radio broadcasting, where the radio waves transmitted by stations were assigned specific kilocycle values on the electromagnetic spectrum.
The term kilocycle is now considered obsolete, having been largely replaced by the use of kilohertz (kHz) as a more precise and standardized unit of frequency measurement. However, due to its historical significance in the development of telecommunications, the term kilocycle occasionally still appears in older technical literature or discussions.
In summary, a kilocycle is a unit of frequency measurement representing one thousand cycles per second. It was commonly applied to radio waves in the past but has been superseded by kilohertz in modern times.
Common Misspellings for KILOCYCLE
Etymology of KILOCYCLE
The word "kilocycle" is derived from the combination of two words, "kilo" and "cycle".
The term "kilo" is a prefix derived from the Greek word "chilioi", meaning "thousand". It is commonly used as a prefix in the International System of Units (SI) to denote a factor of 1,000. For example, kilogram represents one thousand grams, and kilometer represents one thousand meters.
The term "cycle" refers to a complete sequence of events that repeats itself. In the context of "kilocycle", it signifies the repetition of a particular frequency or wave.
Therefore, "kilocycle" combines "kilo" to represent a factor of 1,000 and "cycle" to indicate the repetition of a specific frequency, essentially referring to one thousand cycles per second. The term was primarily used in earlier radio and telecommunications systems to measure high-frequency waves.
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