CX3225SB14745H0KPQCC

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Crystals play an essential role in a wide range of applications in the electronics and telecommunications industries. The CX3225SB14745H0KPQCC crystal is a particular type of crystal, used for a particular purpose. This article will explore the application fields of the CX3225SB14745H0KPQCC crystal, and the underlying working principles which make it suitable for these applications.

Applications

The CX3225SB14745H0KPQCC crystal is most prominently used in communication systems, and specifically in Digital Enhanced Cordless Telecommunication (DECT) technology. In such systems, it is typically used as a frequency reference, providing the stable, accurate frequency which is necessary for the system to function correctly. The crystal is also used in other types of communication systems, such as 802.11b and 802.11g, which utilize various radio frequencies or even optical communication. A further major application for this type of crystal is in mobile phone and GPS receiver antennae. Here, the crystal is also used to provide a stable, accurate frequency, ensuring that the antenna can receive and process signals from the relevant sources with the desired accuracy.

In addition to the telecommunications industry, the CX3225SB14745H0KPQCC crystal has a wide range of applications in other sectors. The crystal has been utilized for purposes such as triggering flash lamps, controlling voltage in power supplies, synchronizing signals in television broadcasts, and aligning the data being sent and received by electronic equipment. The crystal also has applications in timekeeping, where it is used to maintain an accurate and stable reference frequency.

Working principle

The CX3225SB14745H0KPQCC crystal functions by oscillating the electrical capacitance and inductance in the crystal to generate a signal. This effectively increases the electrical resistance in the crystal while reducing its current capacity, allowing the crystal to operate as an oscillator. The resistance in the crystal is what limits the frequency of its oscillations, meaning that the signal frequency emitted by the crystal is predetermined. Furthermore, due to the high levels of precision which can be achieved when manufacturing this type of crystal, the signal frequency can be very stable and accurate for a variety of applications.

The frequency stability is further aided by the fact that this type of crystal is temperature compensated, meaning that its frequency is not affected by temperature changes. This provides an advantage over many other types of crystal, as temperature instability can be a major issue in many applications. Finally, the crystal is also insensitive to shock, meaning that it is not affected by sudden impacts or drops in pressure.

In summary, the CX3225SB14745H0KPQCC crystal is a versatile type of crystal which provides a stable, accurate signal frequency for many different types of application. Its frequency stability and temperature compensation make it ideal for use in the telecommunications industry and many other industries, providing an incredibly reliable and precise signal frequency for use in the respective applications.

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