402F48011CKR

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Crystals

A crystal is any single, solid, naturally occurring object or shaped object of any material, from glass, metal and plastic to stone, that tends to return to a regular shape or pattern when exposed to the proper external force or heat. Crystals are used for a variety of purposes in industry, including semiconductors, thermometers, vibrators and other electronic components, as well as in building materials, jewelry and watches. The 402F48011CKR is a crystal oscillator, which is a device that produces an electric signal that follows a specific frequency pattern. Crystals come in different sizes, shapes and materials.

402F48011CKR Application Field and Working Principle

The 402F48011CKR crystal oscillator is primarily used in machines that require extremely precise timing and synchronization, such as in telecommunications systems, electronic control systems and high-speed digital processors. This quartz crystal oscillator can be used with a wide range of frequency-generating applications, such as PWM, SMPS, micro-controllers, I/O interface as well as clocks, timers and RF/IF systems. The oscillator is a small, quartz tuning fork-shaped crystal that vibrates mechanically at extremely precise frequencies that are precise enough to be used in precise timing applications.

The 402F48011CKR crystal oscillator is connected to an electric circuit, and when it oscillates it creates a precise electrical frequency. The crystal oscillator works by connecting opposite electric charges to each side of the crystal. One side is connected to a positive electrical charge, and the other side is connected to a negative charge. When the charges are applied, the electric force on the quartz crystal causes the crystal to vibrate, resulting in an electric signal that has a precise frequency pattern. The frequency of this oscillation is very stable and can be used to produce precise timing components within a circuit.

The 402F48011CKR crystal oscillator is a very precise and reliable timing component, but it requires proper care and maintenance. The crystals should be kept in an environment with very few disturbances such as vibrations and shocks, as it can easily be damaged or disrupted. Additionally, the crystal should be stored in a place with low humidity and temperature as moisture or variances in temperature can also affect its functionality. Properly maintaining your crystal oscillator will ensure it continues to provide the precise timing necessary for many applications.

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