416F30035AST

Crystals are widely used in a variety of applications and are employed in various different configurations. The 416F30035AST is a type of crystal, designed for use in applications requiring highly precise clock signals. This crystal oscillator is specifically designed to generate precise frequency and timing signals over a wide dynamic range, making it ideal for precise timing applications.

The 416F30035AST is a fundamental mode crystal, meaning that only one frequency mode is possible for each crystal. It is designed to operate at frequencies up to 30 MHz and features an output power of 5 mW. This crystal is typically used in a wide variety of clock, timing, and frequency control applications, such as phase-locked loops, time-to-digital counters, and IC clocks.

The working principle of the 416F30035AST is based on the mechanical resonance of a quartz crystal. When a quartz crystal is subjected to a mechanical vibration at the frequency of its resonance, a small electrical signal is produced. This signal can be amplified to create a stable, precise frequency output.

The 416F30035AST uses specialized electrodes to drive the quartz crystal into and out of resonance. The electrodes sense the resonance frequency of the crystal and adjust the drive frequency accordingly. This frequency-following and tracking mechanism creates a precise frequency output, which is ideal for clock and frequency control applications.

In addition to providing a precise frequency output, the 416F30035AST also offers good stability over temperature, making it suitable for long-term applications. The crystal is also highly resistant to mechanical shock and vibration, so it can be reliably operated in harsh environments.

The 416F30035AST crystal oscillator is widely used in a variety of applications, due to its precise frequency and timing outputs, excellent stability over temperature, and shock and vibration resistance. This crystal is ideal for clock and frequency control applications, and is used in phase-locked loops, time-to-digital counters, IC clocks, and other applications requiring precise frequency and timing signals.