416F27013CTR application field and working principle

Crystals are the most commonly used frequency control devices. Due to their simple working principle, stability and wide range of applications, they are widely used in areas such as communications, military, instrumentation and daily appliances. In this article, we will focus on the application fields and working principles of 416F27013CTR.

Application field

The 416F27013CTR crystal is a type of small size crystal with a frequency range of 16-27 MHz, which is suitable for use in small appliances, such as portable radios, TVs, toys, etc. It is also suitable for use in medical and military applications where a low-noise and high-reliability control is required. This type of crystal has good RoHS compliance and is lead-free.

Working principle

Crystals use the principle of resonance to achieve frequency control. A crystal contains a fixed amount of piezoelectric material. When an alternating voltage is applied to the crystal, it vibrates at its natural frequency and produces an electrical signal at this frequency. The frequency of this signal is determined by the properties of the piezoelectric material, and can be accurately controlled.

The 416F27013CTR crystal has a frequency range of 16-27MHz, and it is achieved by changing the sizing of the piezoelectric material, the electrical field applied to it, and the temperature of the system. These changes alter the properties of the material, causing it to vibrate at a different frequency each time.

In addition to the frequency range, the 416F27013CTR also features good accuracy of ±25ppm across temperature. This makes it suitable for use in precision applications such as medical and military where accuracy is required.

Conclusion

In conclusion, the 416F27013CTR is a small size crystal with a frequency range of 16-27MHz, and is suitable for use in small appliances, medical and military applications. Its good accuracy of ±25ppm across temperature makes it suitable for precision applications. Its working principle is based on the principle of resonance, where it vibrates at its natural frequency when an alternating voltage is applied to it.