416F37013ATR

Crystals

Crystals are objects made from one type of material that have regular external faces and internal arrangements of atoms. In electrical engineering, crystal oscillators are widely used to generate high-precision clock signals, which are widely used in digital communication systems and other digital circuits. The 416F37013ATR is a widely used crystal oscillator.

416F37013ATR Application Field and Working Principle

The 416F37013ATR crystal oscillator is widely used in communications, avionics, and audio systems. It provides precise frequency generation and stability, and its frequency is not affected by vibration, temperature, or other external factors. Its external parameters are 4.75×3.2×1.95mm, and the frequency accuracy of is ±20～±30ppm over the temperature range of -40～+85℃.

The 416F37013ATR crystal oscillator works based on the principle of piezoelectricity. When electrical field is applied to the quartz crystal, its crystal axis will become polarized and will generate a changing electrical field due to the expansion and contraction of the material. This changing electrical field will generate a voltage signal with a frequency that is related to the structure and the size of the crystal. The 416F37013ATR crystal oscillator takes advantage of this effect to generate signals with a precise frequency.

The 416F37013ATR crystal oscillator has a wide range of applications due its stable frequency, small size, and high accuracy. They are often used in radios, avionics, and other systems. Additionally, they are cost-effective, making them a popular choice for many applications.

Conclusion

The 416F37013ATR crystal oscillator is a widely used crystal oscillator with a variety of applications. Its frequency is not affected by external factors, and it is small, cost-effective, and precise. This makes it a popular choice for many electrical engineering applications.