416F30033ATR

416F30033ATR Application Field and Working Principle

The 416F30033ATR crystal is part of a family of miniature crystal oscillator products designed for use in various electronic circuits and components. This type of crystal provides the precision-timing accuracy and the relatively low cost required for many clock and timing requirements. It is a quartz-crystal-cut crystal with a circular profile, and it is sealed in an epoxy-filled case.

The 416F30033ATR is well-suited for use in microprocessors, digital watches, TV/Video circuits, video signal processors, telecom/networking equipment, and automotive navigation systems. This type of crystal precision-timing accuracy and stability is essential for providing high accuracy and reliable clock frequency generation.

The 416F30033ATR crystal operates by producing an oscillation using electro-mechanical resonance. This oscillation is then amplified and converted into an electrical signal. The electrical signal is then used to control various clocks and other timekeeping devices. The frequency generated by the crystal is usually very stable, as the crystal is made from a special quartz material with specific features designed to maintain its frequency accuracy.

The 416F30033ATR crystal is found in many different applications, and it is often the preferred solution for highly demanding clock applications. The crystal is usually a relatively inexpensive solution compared to other clock sources, and it often offers superior accuracy and stability. The 416F30033ATR is an ideal choice for precision timing in a variety of environments, as well as for use in multiple applications in a given system.