AT24070002

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Crystals as sound, pressure and heat converters have been around for a long time and are now being used in a myriad of applications. AT24070002 is a crystal product from ATC Technology Co. Ltd. It has wide usage in applications and its working principle provides users with further benefit. This article looks at the application field and working principle of the AT24070002 crystal device.

The AT24070002 crystal device is used in various applications such as remote control, oscillator, multi-function timer, digital alarm clock, cellular phone, and digital filters. The crystal chip provides stability against temperature changes and has a high manufacturing yield rate and is hence used in many of the devices mentioned above. The crystal is a 24MHz crystal oscillator and the frequency stability can be achieved by using only the best quartz crystals.

The working principle of the AT24070002 crystal is based on the piezoelectric effect. When an alternating electric field is applied to a quartz crystal, it vibrates. The application of a static electric field causes a static electric displacement, also known as polarization. When an alternating electric field is applied to the crystal, it vibrates, producing an alternating electric field. This electric field is then used for producing an electric current in circuits connected to the crystal. The current drives the quartz crystal to vibrate more and this produces more current which can be used for achieving a consistent frequency.

The AT24070002 crystal oscillator utilizes a method known as the ‘tuning fork’ principle. The crystal consists of two prongs connected at the top. When a voltage is applied, the two prongs vibrate in opposite directions. This vibration cause a static electric displacement which is then used to produce an electric current. This current then drives the crystal to vibrate more and this produces more current which is then used to produce a consistent frequency.

The working principle of the AT24070002 crystal is also based on the principle of energy conservation. The alternating electric field applied to the quartz crystal causes it to vibrate. This vibration results in a current which is then used to drive the quartz crystal to vibrate more and with increased frequency. The increased vibration, therefore, produces more energy which is conserved and reused in the circuit.

The AT24070002 crystal offers several advantages over other crystal oscillators. One of the major benefits is its stability against temperature changes. It also has a higher manufacturing yield rate than other types of crystals. Additionally, it is designed with a low-power dissipation and is capable of withstanding high temperatures.

In conclusion, the AT24070002 crystal is a 24MHz crystal oscillator with a wide variety of applications. It has a working principle based on the piezoelectric effect which produces an alternating electric field. The crystal utilizes the tuning fork principle to vibrate, producing an electric current which can be used to achieve a consistent frequency. Additionally, it offers stability against temperature and has a high manufacturing yield rate.

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