445C35B20M00000

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Crystals

An integral part of any modern electronic system is the digitized timing oscillator known as the crystal lattice. The 445C35B20M00000 crystal is a high-grade timing oscillator that is widely used in semiconductor applications. This crystal has a variety of features and applications, as well as a wide range of operating frequencies and a high frequency stability.

Application Fields

The 445C35B20M00000 crystal oscillator can be used in a wide range of electronic devices. It is most commonly used for clock and timing circuits in analog and digital communication systems, including mobile phone networks, satellite radio systems, and high-speed computer networks. It is also used for timing applications in industrial control systems, and for precision measurement and instrumentation applications.

This crystal oscillator is also used in a variety of industrial sectors, from aerospace and automotive to medical and high-precision instrumentation. It is well-suited for high-precision and high-stability applications because it provides very low noise and highly repeatable oscillations over a wide temperature range.

Working Principle

The 445C35B20M00000 crystal, like many other crystals, works by vibrating at an exact frequency because of the natural properties of its piezoelectric material. This oscillator is mounted into a package, typically in a PTH (Through-Hole) or SMT (Surface Mount Device) configuration. This package structure is designed to maintain the vibrational frequency across a wide temperature range.

When an electrical signal is applied to the oscillator\'s terminals, the crystal vibrates with the same frequency as the signal. This vibration then triggers a resonance effect, creating a high-frequency current at the terminals. This high-frequency current is then used as a reference signal for the timing of the electronic device.

The frequency stability of the crystal oscillator is another important feature. To maintain a frequency stability, the crystal is temperature-compensated, meaning it is designed to remain stable even under changing temperature conditions. This stability helps ensure more consistent signal transmission, which improves the overall performance of a device.

In addition, the 445C35B20M00000 crystal oscillator has a variety of frequency options, meaning it can be utilized in a range of circuits and devices. This versatility makes it a popular choice for many different types of applications.

Conclusion

The 445C35B20M00000 is a versatile crystal oscillator that is widely used in a variety of applications, from communication and instrumentation systems to industrial control systems. Its wide range of frequencies and frequency stability make it an ideal choice for precision measurement and timing applications. Its temperature-compensated design helps ensure stable signal transmission, making it a great choice for high-precision and high-stability applications.

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