416F37412AAT

Crystals: 416F37412AAT Application Field and Working Principle

Crystals play an important role in modern electronics. Different types of crystals are used in different situations and applications, with the 416F37412AAT crystal being among the most popular. It is a modern type of crystal oscillator that has seen increasing use since its introduction. This article is an overview on the application field and working principle of the 416F37412AAT crystal.

Application Field

The 416F37412AAT crystal is used in a wide variety of applications. Its main use is as an oscillator in radio receivers and transmitters. It has also found its way into the modern technologies of mobile phones, digital radios, and other communication devices. Additionally, it can be used as a clock signal generator in computer systems, and in frequency control circuits for monitoring and control systems.

The 416F37412AAT provides reliable and stable oscillation for all its applications. It has been used as a core component in many products, and its features, such as low-noise operation, low jitter and high temperature performance can meet the requirements of many applications. It is also suitable for embedded systems, owing to its EN55032 Class B EMI compatibility.

Working Principle

The 416F37412AAT crystal operates on the principles of vibration frequency. It utilizes a tuning fork type of structure to make it possible to generate the desired frequency. The tuning fork structure is made of two quartz plates that are piezoelectric in nature. When a voltage is applied to the quartz plates, the plates vibrate at a particular frequency due to the piezoelectric effect.

These vibrations are then amplified by the circuitry of the crystal oscillator and transmitted to an external circuit, such as an amplifier or a processor. This oscillation causes a current to form and act as a constant frequency source, which can be used to control the timing of electronic circuits. The frequency of the outputted current is determined by the fundamental frequency of the quartz crystal plates, which is usually accurate to a few parts per million.

Conclusion

The 416F37412AAT crystal is a popular and reliable crystal oscillator. It is used in a variety of applications, such as in radio receivers and transmitters, as a clocking signal generator for computer systems, and in frequency control circuits. Its operation relies on the piezoelectric properties of quartz plates and the circuit amplification to generate a steady oscillating frequency.