FC4STCBAF20.0-BAG200 Datasheet/PDFCrystals
FC4STCBAF20.0-BAG200 is a type of crystal that has a wide range of applications. In many cases, these crystals are used in a variety of communications systems. As a wide frequency range and low noise tolerance, crystal performance is of great importance for the efficient and reliable operation of communications systems. By understanding the application fields and working principles of FC4STCBAF20.0-BAG200, its excellent performance can be achieved.
Application Fields of FC4STCBAF20.0-BAG200 Crystal
FC4STCBAF20.0-BAG200 crystals can be used in digital equipment like digital tracking satellites, operational measurement systems and base station receivers, microwave equipment, professional HF transceivers, computers and data transmission systems, communication systems and global positioning systems. It can be applied for these purposes due to its low loss, wide frequency range, and excellent stability along with accurate harmonic response.
Working Principles of FC4STCBAF20.0-BAG200 Crystal
The architecture of the FC4STCBAF20.0-BAG200 crystal utilizes an oscillator circuit that uses the crystal to vibrate at a specific frequency. This vibration creates a mechanical resonance that is expressed as an electrical impulse. The frequency of the crystal is determined by its physical parameters such as mass, size, and material used. To ensure stability and accuracy, the crystal must adhere to certain tolerances.
The performance of the crystal also is heavily dependent on the mechanical structure of the oscillator circuit, which is comprised of the crystal, the leads, and the operating temperature. By adjusting these parameters, the vibration frequency of the crystal can be precisely adjusted and optimized. In this way, the crystal can be made to vibrate at the specific frequency determined by the application.
The accuracy of the frequency of theFC4STCBAF20.0-BAG200 crystal is enhanced by a number of features. This includes a temperature “pulling” mechanism that compensates for temperature-dependent changes in the frequency. Additionally, the crystal features a built-in capacitance-voltage regulator that guarantees a high stability in the frequency. The frequency trimming of the crystal is also optimized through the use of a feedback loop.
With its wide frequency range, low loss, and excellent stability, the FC4STCBAF20.0-BAG200 crystal is an excellent choice for digital and communications systems. Its ability to ensure accurate harmonic response and excellent performance make it an ideal choice in a variety of applications. By understanding the application fields and working principles of FC4STCBAF20.0-BAG200, its advantages can be fully exploited and put to good use.