402F24033CKT

402F24033CKT Application Field and Working Principle

Crystals are a type of electrical component in which both the structure and the material used allow for the existence of a high resonance generator frequency, thus allowing for its use in a wide array of application fields that require the existence of such resonators. The 402F24033CKT is a crystal that is used for such applications, and it’s construction and working principle will be discussed in this article.

Structure of the 402F24033CKT

The 402F24033CKT is a quartz crystal made up of a resonator that consists of two electrodes, a core, and a sliver of quartz that functions as the die material container. The quartz used is usually of a specific high purity grade, and the electrodes used are generally platinum or gold. The core of the crystal is used to couple the electrodes and the die material, while the electrodes act as the terminals to which the various components are connected.

Features and Applications of the 402F24033CKT

The primary features of the 402F24033CKT crystal are its very high frequency, which is usually in the range of 10-100 MHz, and its stability. This high frequency allows for the use of this crystal in a wide variety of applications that require the high-frequency stability and accuracy of the crystal, including in the aerospace, military, and medical sectors. In addition, the 402F24033CKT crystal is also capable of providing very low-noise and low-distortion performance, making it perfect for applications such as frequency synthesizers, transceivers, oscilloscopes, and other test equipment.

Working Principle of the 402F24033CKT

The 402F24033CKT resonator works on the principle of piezoelectricity. Piezoelectricity is the property by which certain materials generate an electric charge when subjected to mechanical stress. In the case of the 402F24033CKT crystal, the stress is created by the electrodes, which cause the sliver of quartz to expand and contract and generate an electric field. This electric field is then used to provide a stable and accurate frequency that can be used in applications such as transceivers, frequency synthesizers and oscilloscopes.

Conclusion

The 402F24033CKT crystal is a type of crystal that is widely used in many industries that require the accurate and high-frequency outputs and stability of a crystal-based resonator. Its high-precision frequency, low-noise and low-distortion performance make it a perfect choice for applications such as frequency synthesizers, transceivers, oscilloscopes and other test equipment. The working principle of the crystal is one of piezoelectricity, whereby the mechanical stresses caused by the electrodes cause the quartz die material to expand and contract and generate an electric field.