416F4801XCKT

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Crystals are a type of material used in radio and communication equipment. They can be used in oscillators, filters and modulation circuits, as these materials possess a wide range of frequencies and are also very stable. 416F4801XCKT is one such crystal, which is a lead-free tiny surface mount crystal oscillator

The 416F4801XCKT is typically used in a range of low-frequency applications which include low-power consumption and low-current-drawn applications. This crystal oscillator has a frequency stability of ±15 ppm, with a frequency range between 4.5 kHz to 60 kHz, suitable for radio control and other applications. It is designed to provide a low-phase-noise operation which minimizes the number of compensations and interference in the frequency and time domains. The 416F4801XCKT has an excellent temperature stability and has a wide temperature range from -40oC to +85oC.

The 416F4801XCKT is a low-profile, standard-lead crystal oscillator. It comes with a self-resonant frequency of 6.000MHz, a rise and fall time of 3ns, and a frequency tolerance of 0.12%. The 416F4801XCKT also comes with an active load capacitance of 18pF, a pullability of 190ppm max., and an external load capacitance of 0 to 10pF.

The 416F4801XCKT operates at a much lower frequency when compared to other crystals, therefore it is typically used in applications where low-current consumption needs to be considered. This crystal oscillator typically operates at a frequency of 6M Hz, making it suitable for applications such as radio broadcasting, remote controls, and data transfer systems.

The 416F4801XCKT crystal oscillator operates on the principle of quartz vibrating when a changing electrical field is applied. This oscillator consists of a thin quartz plate and a metal electrode, with the electrode being positioned between two quartz plates. When electrical energy is applied, the metal electrode vibrates, thereby causing the quartz plate to vibrate in a constant and predetermined frequency. The vibration frequency will depend on the thickness of the quartz plate, the size of the metal electrode and the strength of the electrical field applied.

In order to maintain the frequency of the 416F4801XCKT constant, the crystal oscillator needs to be well-calibrated. Due to the fact that this crystal often runs on low-frequency applications, most of the calibration is done manually, although automated calibration systems are also available. Calibration should be done regularly so as to maintain its accuracy and precision.

The 416F4801XCKT crystal oscillator is often used in systems where low-frequency and low-power consumption are important factors. This efficient and reliable crystal oscillator has been commonly used in radio broadcast equipment and data transfer systems, as well as in low-frequency remote control systems.

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