FC4UTCBMF11.0592-BAG100

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Crystals are components which produce an electrical output in response to an electrical input signal of a specified frequency. They are essential elements of any electronic system, from simple electronic components in music synthesisers to complex integrated circuits in modern computers. FC4UTCBMF11.0592-BAG100 crystal is one such component, which has multiple applications and functions in many electronics and computing systems. This article will discuss its application field, working principles, features, and potential areas of further development.

Application Field: The FC4UTCBMF11.0592-BAG100 is a miniaturised hydromechanical crystal capable of providing high precision frequencies with a wide frequency range. It is an ideal component for military, medical, industrial, and telecom applications which require reliable and cost-effective solutions that are also highly precise. This crystal can be integrated into existing or custom-built solutions, offering accuracy and stability, and is suitable for applications such as medical imaging, base station, motor drive control, and frequency synthesizers.

Working Principle: The operation of the FC4UTCBMF11.0592-BAG100 crystal is based on a combination of physical and electrical processes. An electrical field of a given voltage, applied to two electrodes, causes mechanical motion which in turn creates a reverberation of vibrational waves within the crystal. The frequency of this wave determines the frequency of the output signal. This frequency is proportional to the voltage applied, and can be adjusted to provide signals of different frequencies.

Features: The FC4UTCBMF11.0592-BAG100 crystal is highly reliable due to its low jitter and low stand-by current. It is able to maintain a supply voltage range of 3.3V to 5.5V, and enables a very precise frequency output range of 1 Hz to 2.4 GHz. Its precise frequency output allows for precise timing and accurate measurement. The crystal module is sealed with a molded package which is resistant to environmental noise and makes the module capable of operating at temperatures ranging from -40°C to +85°C.

Potential Areas of Further Development: Crystals are likely to become increasingly important components in modern electronics, as more applications rely on precise timing. Further development of comprehensive frequency synthesis and miniature crystal designs is expected to drive innovation in this area. Furthermore, advances in advanced manufacturing technologies used to produce crystals can help reduce the cost of production, allowing the crystal components to be made available to more applications.

The FC4UTCBMF11.0592-BAG100 crystal is a highly advanced and reliable component which can be used in many applications. Its versatile application field and precision make it a perfect choice for today’s advanced electronics systems. Its superior performance and customisability makes it a unique solution for any situation. Its potential for further development shows that it can become an even more important component in the future of electronic systems.

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