416F374X2ILT

416F374X2ILT Application Field and Working Principle

416F374X2ILT is a type of quartz crystal oscillator that is used in a wide variety of electronic applications and devices. This type of crystal oscillator has been widely used in computer, communication, and industrial applications due to its stability, accuracy, and low cost.

The working principle of this type of crystal oscillator is based on the resonance of quartz crystals. Quartz is an element that has the ability to vibrate at a very precise frequency when the proper voltage is applied to it. The frequency of the vibrations is determined by the physical characteristics of the quartz and by the applied voltage. The frequency generated by this type of oscillator is very consistent and stable due to the characteristics of the quartz.

The 416F374X2ILT is a Frequency Extremely Low Fluctuation (FELF) Quartz Crystal Oscillator. It is designed for applications that require extreme accuracy and stability. It is capable of providing a reduced voltage variation and increased temperature stability over conventional crystal oscillators. This type of crystal offers the advantage of low power consumption and low cost.

The 416F374X2ILT crystal can be used in a variety of applications including clock generators, frequency references, PLLs (phase-locked loops), communications, and embedded systems. It is also well-suited for waveform applications requiring a low cycle-to-cycle jitter performance.

Overall, 416F374X2ILT crystal is a reliable and cost-effective solution for applications where accuracy and stability are critical. It is capable of providing a highly consistent and stable frequency, even over wide temperature ranges and extreme operating conditions.