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Crystals Application Field and Working Principle

Crystals have many applications, one of the most common being that of quartz oscillators. Quartz oscillators are used widely in clocks, watches, computers and other precision electronic equipment. Quartz oscillators work on the same principle as a pendulum in an old clock: when a certain frequency is reached the crystal activates a circuit and when the frequency is lost the crystal stops the circuit from working.

Crystals play an important role in modern technology and their use is growing. They are used to control the frequency of radio waves, in laser systems, to measure time and as frequency standards in military and scientific systems. They are also used in phones, cars, and computers where they help to maintain a constant frequency so that the circuits work properly.

Crystals are also used in sensors. A sensor is simply a device that responds to a physical stimulus, like heat or light. Crystals can be used as a part of this sensor in order to detect the physical stimulus and activate the sensor\'s circuit. This can be used in a variety of ways, from detecting temperature changes to detecting a person\'s movement.

Another important application for crystals is in the field of digital logic systems. Crystals are used to produce oscillations that are used to trigger digital logic circuits. These oscillations are used to control the timing of a digital circuit, which is very important for the proper functioning of a computer or other digital device.

Finally, crystals are also used in communication networks, such as cellular phones and satellite networks. When a phone call is made, a crystal oscillator is used to produce the radio wave that carries the information between the two phones. Similarly, when a satellite transmits data, the oscillations produced by the crystal help to control the timing of the transmission.

The working principle of a crystal is actually similar to that of a regular vibration. Electricity is applied to the crystal, and the atoms of the crystal move in response, creating a mechanical vibration. This vibration is then controlled and used for a variety of purposes.

Crystals are an integral part of many electronics devices, and the applications for them are only increasing as technology advances. By understanding their applications and working principle, it is possible to use them in a variety of different ways.

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