416F250X2CSR

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Crystals

Crystals are essential components in communication technology and in the uninterrupted operation of digital electronics. Crystals efficiently convert alternating electrical signals into high frequency oscillations and vice versa. This key function is used in the widely found 416F250X2CSR application field.

The 416F250X2CSR Crystal is a miniature precision crystal commonly employed in radio frequency (RF) and microwave frequency applications. These crystals feature a ceramic package, low-cost and low-volume attributes and can be used in both pulse or continuous mode to meet the requirements of many communication systems and electronic equipment.

The 416F250X2CSR Crystal is typically used for oscillators and transceivers operating up to 550MHz. With very good aging and frequency stability characteristics, plus good temperature compensation, it is an ideal solution for small and low-power applications. It\'s small size - 2x2mm - also allows it to easily be placed into many types of footprints.

The working principle of the 416F250X2CSR Crystal lies in the elastic energy stored in its quartz material. An external alternating electrical current is applied to the quartz, which causes the atoms to oscillate rapidly in the crystal structure, thus generating a high frequency of electrical oscillations. This alternating electrical current then travels through the crystal, producing a high frequency signal.

The oscillator circuit of the 416F250X2CSR Crystal then “picks up” this highly-stable oscillation, amplifies it and generates a signal that can be used in communication and electronic equipment. The circuit also provides feedback, ensuring that the frequency remains very stable and consistent over time.

In summary, the 416F250X2CSR Crystal is a miniature precision crystal that can be used for oscillators and transceivers operating up to 550MHz, playing an important role in communications and helping to ensure stable and consistent operation of digital electronics.

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