406I35B13M25500

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Crystals are materials that are essential for modern life in many ways. From storing digital information to being used as components in electronics and even in medical treatments, crystals have applications in virtually every field. This article aims to explain the application field and working principle of the 406I35B13M25500 crystal, a model that is commonly used in the industry.

The 406I35B13M25500 crystal, manufactured by the company QTI, is a piezo-ceramic fundamental mode quartz crystal. It is used mainly in the automotive and medical industries as an oscillator in a variety of medical and automotive applications, including medical scanners, navigation systems, and telecommunication equipment.

The 406I35B13M25500 crystal uses a quartz crystal to produce an oscillating electrical signal. Quartz crystals are made of a special blend of silicon and oxygen, and their atomic structure consists of repeating plane-parallel layers of atoms. When an electric field is applied to the crystal, the plane-parallel layers of atoms interact with each other and this causes the crystal to vibrate at a frequency that is determined by its size and shape. This oscillation produces an electrical signal that can be used to control the operations of an electronic device.

The operating temperature range and frequency stability of the 406I35B13M25500 crystal are both important factors when choosing this device. The operating temperature range of the 406I35B13M25500 crystal is -10 to 70 degrees Celsius, while the frequency stability is +/- 20ppm at 25 degrees Celsius. This wide range of temperatures allows the crystal to operate in a variety of environments. The crystal\'s frequency stability ensures that the frequency output is reliable and consistent so that the device can be used for a variety of tasks.

The 406I35B13M25500 crystal is made from a combination of piezoelectric and ferroelectric materials, which allow it to generate an oscillating electrical signal. The combination of these two materials means that the device is able to produce an oscillating signal even when the surrounding environment is not ideal for a pure quartz crystal. In addition, the 406I35B13M25500 crystal is also able to self-compensate for frequency misalignment that is caused by temperature and aging.

The 406I35B13M25500 crystal is used in a range of medical and automotive applications due to its operating temperature range, its wide frequency range, and its ability to produce a stable oscillating signal. In medical applications, the crystal can be used in scanners to detect tissue anomalies or in imaging devices. In the automotive industry, the 406I35B13M25500 crystal can be used in navigation systems, to detect problems in the engine, and in telecommunication equipment.

In conclusion, the 406I35B13M25500 crystal is an important device that is used in many medical and automotive applications. Its wide operating temperature range, high frequency stability and its ability to produce a stable oscillating signal make it well-suited for these kinds of applications. With its various advantages and versatility, this crystal has become an essential component for many modern devices.

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