416F50022ILR

416F50022ILR Application Field and Working Principle

Crystals have a wide range of applications in various fields due to their extraordinary and desirable physical, electrical and optical properties. 416F50022ILR is a specially designed piezoelectric quartz crystal resonator that can be used in a broad range of frequency control and timing component applications. 416F50022ILR application field and working principle will be discussed in this article.

Applications

With its frequency stability and excellent temperature characteristics, 416F50022ILR resonator can be applied to a wide range of frequency control and timing component applications. It is suitable for use in a variety of applications, including digital filter design, quartz-based oscillators, clocks, watches, calculators, computer networks, and communication components. Its excellent electrical and mechanical performance characteristics also make it suitable for automotive, instrumentation, aerospace, medical, and audio-video applications. Moreover, it is also used in printed circuit boards, power supplies, and power transmission circuits. Furthermore, 416F50022ILR resonator also has a good performance in high pressure, vibration, and thermal shock environments.

Working Principle

The 416F50022ILR operates based on the piezoelectric effect. Piezoelectric crystals are materials that generate a voltage when mechanical stress is applied to them. The crystal resonator will produce an electric field under an oscillating voltage. Piezoelectric crystals also show an inverse piezoelectric effect, which is the phenomenon in which a crystal generates vibrations when a voltage is applied to it. The crystal\'s vibration frequency remains nearly constant if the temperature, pressure, and external voltage remain constant. The 416F50022ILR has a frequency of 22.057 MHz, which makes it suitable for precise oscillation and timing.

Conclusion

416F50022ILR is a reliable and precise quartz crystal resonator, which can be widely used in various frequency control and timing applications. Its excellent frequency stability, good temperature characteristics, and robust performance in harsh environments make it suitable for automotive, instrumentation, aerospace, and medical applications. The crystal resonator operates based on the piezoelectric effect, and can generate a precise oscillation frequency at a wide range of temperatures.