445C35H16M00000

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Crystals have been used in many applications that rely on their unique properties such as frequency control and data storage. One particular crystal, known as a 445C35H16M00000, is one of the most common used in products such as watches, radios and mobile phones. This article will explore its application field and working principle.

The 445C35H16M00000 crystal is a type of quartz crystal resonator which is designed to provide precise frequency control in radio-frequency electronics. It is composed of a thin piece of synthetic quartz cut in a specific shape and size. The crystal is then enclosed in a protective housing which contains two metal electrodes. An electrical charge is applied to the electrodes which causes the crystal to vibrate at a rate known as the resonant frequency. The resonant frequency can be tuned by altering the size of the crystal.

The crystal is used in various applications ranging from radio transmitters to electronic clocks and watches. In radio transmitters such as those used in mobile phones and satellite communications, the crystal is used to ensure the frequency at which a signal is sent or received is accurate and stable. The same applies in televisions, where the exact frequency of the received signal must be accurately measured for the image and sound to be broadcast correctly. The use of crystals in watches and clocks ensures that timekeeping is precise and reliable.

The principle of operation for the 445C35H16M00000 crystal is based on the mechanical properties of quartz. The quartz material used in the crystal is a piezoelectric material, i.e. it generates an electric voltage when a mechanical stress is applied to it. The metal electrodes are charged with a fixed voltage, which creates a force on the crystal due to electrostatic attraction. This force causes the crystal to vibrate at its resonant frequency. By adjusting the voltage applied to the electrodes, the resonant frequency of the crystal can be adjusted accordingly.

The 445C35H16M00000 crystal can be used in a range of different applications due to its small size and precise frequency control. The frequency accuracy and stability offered by the crystal makes it ideal for use in applications such as radios, television receivers and precision timepieces. Its size and low cost also make it a popular choice for manufacturers, making it one of the most commonly used crystals in the world.

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