FC4SDCBGF4.194304-T1 Crystals, Oscillators, Resonators

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Crystals play an important role in our life, from the clocks and watches that we wear on our wrists, to various electronic components and systems today. Their major roles are to create and manipulate frequencies and oscillations, which allows us to accurately measure time and provide essential electronic functions, such as data transmission, clock synchronization and so on. One such crystal that features in many of our electronic devices today is FC4SDCBGF4.194304-T1.

FC4SDCBGF4.194304-T1 is a ceramic-based surface mount crystal which provides extremely stable frequency accuracy and phase noise. It has been designed with a specific application field in mind and is being used in a wide range of electronics, from communication systems to medical measurements and even industrial automation. The crystal can be designed and manufactured with a wide range of frequencies, from 10MHz to 52MHz, as well as a range of voltages. Depending on the usage, the crystal can be ordered with a package size of 2.0mm, 2.5mm or 3.2mm.

The main working principle behind FC4SDCBGF4.194304-T1 lies in its ability to resonate at a certain frequency. It is made up of a quartz crystal disk that has been cut into a specific shape and size, and it includes metallized electrodes. When a voltage is applied to the electrodes, the quartz vibrates and generates an oscillation at a specific frequency. This helps create a stable and accurate source of frequency and is used in a variety of electronic applications.

Another important feature of this type of crystal is that it offers significantly improved phase noise performance over standard quartz-based crystals. This ties into how the quartz crystal is cut and engineered. The electrodes that connect to the ceramic disk are tuned to a specific frequency and perform a trade-off between maximizing frequency accuracy and minimizing phase noise. This allows engineers to design quartz crystals with greater flexibility and performance.

FC4SDCBGF4.194304-T1 is just one type of crystal that is being used in modern electronics today. Its specific application field is designed for communication systems and industrial automation, which require a stable and accurate source of frequency. The improved phase noise performance gives it the ability to compete with mainstream products in the same industry, and its availability in a range of frequency and voltage options give engineers greater flexibility when choosing the right crystal for their application.

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