CX3225SB20000D0FPLCC Crystals, Oscillators, Resonators

Crystals are an important type of passive components used in various types of applications. One of these crystals is the CX3225SB20000D0FPLCC, which is used in multiple types of applications. This article will discuss the application fields and working principles of the CX3225SB20000D0FPLCC.

Application Fields

The CX3225SB20000D0FPLCC crystal can be used in different types of application fields, such as telecom systems, embedded systems, consumer electronics, automotive, radio receivers, and internet of things (IoT). The crystal is particularly useful in applications where a high frequency and reliable operation is expected such as those in telecom systems, embedded systems and radios.

Working Principle

Crystals, of which the CX3225SB20000D0FPLCC is an example, are primarily used as oscillators that generate a signal with a specific frequency. This frequency is determined primarily by the physical parameters of the crystal, namely its size, shape, and components. The crystal is composed of a electrical circuit formed with two metal electrodes and a slice of piezoelectric material between them. A voltage is applied to the electrodes to create an energy field, which causes the crystal to vibrate.

When the vibrating crystal is connected to an external device such as an amplifier or a set of electronic filters, these devices will receive and amplify the signal generated by the vibrating crystal. The frequency of this signal generated by the crystal depends on its physical parameters. The frequency of the signal will remain stable over time and this is one of the reasons why it is so popular in many applications.

Conclusion

The CX3225SB20000D0FPLCC is an example of an oscillator crystal used in many different kinds of application fields. The frequency of the signal generated by the crystal is determined by its physical parameters and this makes it suitable for use in many different types of applications, such as telecom systems, embedded systems and consumer electronics. Furthermore, the frequency of the signal generated by the crystal is stable over time and this makes it a reliable source of stable frequency signals.