402F30033CKT

402F30033CKT Application Field and Working Principle

Crystals are a type of solid or semisolid substance which is composed of atoms arranged in a regular geometric pattern and form a periodic structure that extends in all three dimensions. They are generally used in electronics and medical applications thanks to their unique properties. The 402F30033CKT is a type of crystal that is specifically designed for use in telecommunications and forms a crucial part of the signal conditioning and transmission in mobile communication systems.

Application Fields

The 402F30033CKT crystal is designed for use in mobile, cellular and satellite communication systems to optimize the performance of various types of antennas, transceivers, antennas and signal amplifiers. Its main functions are to provide a stable signal frequency and a stable signal level, making it particularly well-suited for applications requiring frequency-hopping or time-division protocols. In addition, the crystal can be used in radio receivers and other radio communication systems as a basic oscillator element.

Working Principle

The 402F30033CKT crystal consists of a quartz resonator and two electrodes which, when connected to a suitable driving circuit, create an electrical field around the crystal. This field is transformed into an acoustic vibration by the resonator and then transmitted to the electrodes, resulting in the output of an electrical signal at a specific frequency.

The frequency of the signal is determined by the specific makeup of the quartz resonator. Its material composition, shape and size all influence the resulting frequency, and can be therefore be tailored to suit specific applications. As well as being precise, the crystal also provides a stable frequency and signal level, making it more reliable than other types of oscillator.

Conclusion

The 402F30033CKT crystal is an important element in the signal conditioning process of mobile communication systems. It is designed to provide a precise, stable frequency and signal level in various types of antennas, transceivers and signal amplifiers, making it particularly well-suited for use in frequency-hopping and time-division protocols. Thanks to its precise design and tailored makeup, the crystal is able to offer excellent performance in a wide range of applications.