CRYSTAL OSCILLATOR Meaning and
Definition
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A crystal oscillator is an electronic device that generates precise and stable frequency signals, widely used in various electronic systems. It utilizes the natural property of a crystal, typically quartz, to vibrate at a specific frequency when subjected to an electric field. The vibrating crystal acts as a resonator, maintaining a consistent oscillation frequency with remarkable accuracy.
The crystal oscillator consists of mainly three parts: a quartz crystal resonator, an oscillator circuit or amplifier, and an output stage. The resonator is typically a small piece of quartz cut in a specific shape, known as a crystal plate, which exhibits piezoelectric properties. When an electric field is applied across it, the crystal vibrates at its specific resonant frequency due to the piezoelectric effect.
The oscillator circuit or amplifier is responsible for driving the crystal and amplifying the signal to obtain stable oscillations. It consists of active components such as transistors or integrated circuits that provide the necessary feedback and control to maintain a constant frequency output.
The crystal oscillator's output stage can be used to drive other electronic devices or circuits, enabling the generation of precise timing signals for various applications, including clocks, microprocessors, communication systems, and frequency control in radio transmitters. Due to their accuracy, crystal oscillators have become an essential component in modern electronics, ensuring reliable and consistent operation of numerous devices and systems.
Common Misspellings for CRYSTAL OSCILLATOR
- xrystal oscillator
- vrystal oscillator
- frystal oscillator
- drystal oscillator
- ceystal oscillator
- cdystal oscillator
- cfystal oscillator
- ctystal oscillator
- c5ystal oscillator
- c4ystal oscillator
- crtstal oscillator
- crgstal oscillator
- crhstal oscillator
- crustal oscillator
- cr7stal oscillator
- cr6stal oscillator
- cryatal oscillator
- cryztal oscillator
- cryxtal oscillator
Etymology of CRYSTAL OSCILLATOR
The word "crystal oscillator" has its etymology rooted in the origins of both "crystal" and "oscillator".
"Crystal" comes from the Greek word "krustallos", meaning "ice" or "rock crystal". It was originally used to refer to various transparent minerals or substances that had a crystalline structure. Over time, the term "crystal" became widely associated with a solid substance with a symmetrical and regular atomic arrangement.
"Oscillator" originates from the Latin word "oscillare", which means "to swing" or "to sway". In physics, an oscillator refers to a device or system that exhibits periodic motion or vibration.
When combined, "crystal oscillator" describes a device that utilizes the characteristic vibrations or oscillations of a crystal to generate precise and stable electrical signals at a specific frequency.
Similar spelling words for CRYSTAL OSCILLATOR
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