445W35H16M00000

Crystals are solid, organic or inorganic materials that have been formed or crystallized from a chemical compound solution or melt. Crystals have a regular and orderly arrangement of atoms, ions, or molecular units throughout the material. This regular atomic arrangement gives crystals certain properties that make them, and their ability to function, very important in a wide range of applications. This article will discuss the application field and working principles of 445W35H16M00000 crystals.

Introduction to 445W35H16M00000 Crystals

445W35H16M00000 crystals (often referred to simply as “445 crystals”) are a type of crystal developed by KEMTEK Corporation in 1997 for use in telecommunications systems. 445 crystals are composed of an exclusively designed, KEMTEC patented, thermally stable crystal that is optimized for telecommunications applications. The material used to produce the crystals provides superior electrical, thermal, and mechanical stability while maximizing power handling, heat dissipation and insertion loss. In addition, their low insertion loss, low temperature coefficient and high frequency stability make them ideal for use in voice and data communications applications. The 445W35H16M00000 crystal has a frequency of 8kHz and is typically used as the reference oscillator in telephone and data transmission systems.

Application Field of 445W35H16M00000 Crystals

The 445W35H16M00000 crystals are primarily used in mobile and data communications systems. In mobile communications systems, the crystals are used in cellular base stations, radios and other RF communication devices. In data transmission systems, the crystals are used in Digital Subscriber Line (DSL) modems, fiber optic switches and repeaters, and other electronic data transmission devices. These crystals are also used in radio equipment for radar, navigation, satellite tracking and air traffic control systems. Finally, the 445W35H16M00000 crystals are used in a variety of medical and industrial applications, including spectrometry, imaging systems, and medical device testing and calibration.

Working Principles of 445W35H16M00000 Crystals

When the crystals are excited by a variant of direct current, the dielectric field of energy builds up inside the crystal. This dielectric field sets up alternating electric and magnetic fields that cause a displacement of the atoms and molecules within the crystal lattice. This displacement produces an oscillating frequency that is used to generate an electrical current. The current that is generated is used to modulate signals within the device. The crystal is specifically designed to maintain the same oscillation frequency over a wide range of temperatures and environments, which is necessary in many telecommunications applications.

Conclusion

The 445W35H16M00000 crystal is a highly specialized crystal used for telecommunications applications. Its properties, including low insertion loss, thermal and mechanical stability, and high frequency stability make it ideal for applications ranging from mobile and data communications systems to medical and industrial applications. The working principles of the crystal involve the oscillation of the crystal lattice to generate an electrical current. This current is then modulated to create the necessary signals to enable communications systems to function properly.