403I35E48M00000

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403I35E48M00000 Application Field and Working Principle
 Crystals are widely used in many areas, ranging from electronics to telecommunications. The 403I35E48M00000 is one such type of crystals, and is a frequency control device that is popularly used in radio communication and digital storage.The 403I35E48M00000 crystallizes at 9103°F and possesses a frequency range of 16 kHz to 24 kHz. It is based on an AT-cut quartz crystal, which takes the form of a rectangular block or disc containing several differently-shaped components. These components are usually made of silver, nickel, gold, or other precious metals, depending on the required frequency. The crystals are usually very stable in terms of size and weight, making them an ideal choice for precision applications. The 403I35E48M00000 crystal works on the principles of vibration and resonance. It works by taking advantage of the piezoelectrical properties of quartz. When electric current passes through it, it vibrates at a specific frequency. When two different frequencies are present, they vibrate at different rates, creating a difference between the two that allows the device to both receive and transmit radio signals.The 403I35E48M00000 crystal is also commonly used in digital storage applications. By programming predetermined electrical signals into the device, it is possible to store a wide variety of information, ranging from data to sounds and images.The frequency range of the 403I35E48M00000 crystal makes it an ideal choice for a variety of applications. In telecommunications, the device is often used in cell phone and stereo equipment, as well as in medical instruments. In digital storage applications, the crystal is also often used in computers, video equipment, and consumer electronics.

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