445I32B16M00000

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Crystals:

Crystals have long been used in electronic and communications systems due to their highly accurate frequency-stability characteristics. The 445I32B16M00000 is simply a type of quartz crystal that is widely used in many communications systems. The article aims to discuss the application field and working principle of the 445I32B16M00000 crystal.

Crystals of the 445I32B16M00000 type feature a fundamental frequency in the range of 32MHz, which makes them suitable for a variety of communication systems and other electronic equipments. For instance, they can be used in automotive systems for driver safety, in industrial control and automation equipment for data transfer, in radio receivers for signal transmission, in digital alternative digital radio communication systems, and in transmitter and receiver modules for military and aviation use. A wide range of applications can benefit from the accurate frequency and stability characteristics of the 445I32B16M00000 crystal.

In order to understand the functioning of the 445I32B16M00000 crystal, it is necessary to know about its internal construction. The crystal is based on a piece of piezoelectric quartz crystal, which is a specially cut and ground quartz in a symmetrical shape. The crystal has two electrodes, called the stator and the rotor, which are capacitively coupled to the crystal. Electric voltage is applied to the rotor and the stator through a shielding structure. The applied voltage produces an electric field, which in turn creates a vibrational force in the crystal based on the piezoelectric effect. The vibrational frequency of the crystal is determined by its characteristics and is precisely controlled by the applied voltage.

The 445I32B16M00000 crystal includes a temperature stabilizing feature that can ensure that the frequency remains stable even with temperature changes. Therefore, this crystal provides a stable frequency even if the ambient temperature is ranging between -40°C and +85°C. In addition, this crystal has a load capacity of 10pF, allowing it to be used in various types of applications.

In conclusion, the 445I32B16M00000 crystal is a quartz crystal that can provide precise frequency-stability characteristics. It is suitable for a variety of applications such as automotive safety, data transfers, radio receivers, digital alternative digital radio systems, and military and aviation transmitter and receiver modules. Its internal construction is based on a piece of piezoelectric quartz crystal, which produces a vibrational frequency when subjected to an electric field. This crystal also includes a temperature stabilizing feature that can ensure that the frequency remains stable even with temperature changes.

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