416F40613AAR

416F40613AAR Application Field and Working Principle

Crystals, such as 416F40613AAR, are important components for today\'s advanced electronic products, as they are highly reliable, long-term frequency control devices for electronics. Their application fields are quite wide, such as military and space industry, aerospace, precision instrument, industrial control, radio and other fields. Moreover, crystals are widely used in the industry of computer & communication, automobile, remote control, measuring instrument and satellite communication.

So what is the working principle of crystals? The crystal oscillator works by utilizing the mechanical resonance of a vibrating crystal of piezoelectric material, such as quartz, in order to provide the frequency that is a multiple of the fundamental vibration rate to which the crystal is cut and shaped. The crystal is usually cut and shaped in the form of a tuning fork. Piezoelectricity is the effect produced in a number of materials, such as quartz, when mechanical stress is applied to them. The piezoelectric effect causes the crystal to vibrate at a precise frequency. To use the crystal in an oscillator circuit, electrodes are applied (directly or with an intervening electrical layer) to the surfaces of the crystal. When an alternating voltage is applied to these electrodes, the crystal will both absorb and emit electrical energy according to its mechanical resonance frequency. The resonance frequency and series resistance of the crystal pieces can be tailored to a specific frequency by precisely cutting and shaping the crystal blank.

The 416F40613AAR is a high stability crystal oscillator with frequency of 16.384MHz. It has a good frequency stability and aging rate, which is suitable for applications with stringent frequency precision or stability requirements, such as consumer electronics, communication, military, instrumentation and automotive electronics.

In summary, the 416F40613AAR crystal oscillator is widely used in the fields of military and space industry, aerospace, precision instrument, industrial control, radio and other fields, due to its high stability and precise frequency. Its working principle is based on the mechanical resonance of a vibrating piezoelectric crystal, which provides a precise frequency by cutting and shaping the crystal blank.