416F271X2ATT

Crystals have been used for centuries as devices to generate and manipulate frequency signals in various applications. The 416F271X2ATT Crystal is a high-performance, high-precision quartz crystal device often used in communications and digital signal processing (DSP) applications. This crystal is a great choice for clock signal synchronization applications in industrial and telecommunication engineering.

Applications

A 416F271X2ATT Crystal is able to operate at a range of frequencies from 8MHz to 180MHz. This crystal is commonly used in a number of applications, including mobile phones and communications networks. The 416F271X2ATT Crystal is also suitable for RF synthesisers, synthesiser modules and remotely-controlled systems. This crystal can also be used in radio communication, actuation and control systems, navigation systems, signal processing and audio equipment.

Features and Benefits

The 416F271X2ATT Crystal offers a number of features and benefits. It has low jitter (cycle-to-cycle deviation), making it an ideal choice for precise timing devices. This crystal also provides excellent phase/frequency stability over a wide temperature range, meaning it is highly accurate and reliable in diverse climates and environments. Furthermore, this crystal has a high-stability frequency and is capable of operating without significant deviation from its reference frequency over a wide range of frequencies.

Working Principle

The 416F271X2ATT Crystal works by converting electrical energy into sound energy by oscillating the crystal at a precise frequency. This crystal consists of a quartz resonator which is held in place by a metal frame or holder. The quartz resonator transmits an electrical signal to the holder, which then vibrates at a precise frequency determined by the resonator’s dimensions. This frequency can be adjusted by changing the size of the quartz resonator, increasing or decreasing its length.

Conclusion

The 416F271X2ATT Crystal is a versatile and reliable crystal device. It is suitable for many applications, including communications, signal processing, remote control systems, audio equipment and navigation systems. This crystal offers a number of features, such as low jitter, excellent phase/frequency stability, and a high-stability frequency. Its working principle consists of a quartz resonator which vibrates at a precise frequency determined by its dimensions, and the frequency can be adjusted by changing the length of the quartz resonator.