445W35J16M00000

Crystals: The 445W35J16M00000 Application Field and Working Principle

Crystals are incredibly important components in modern electronic devices. Every piece of equipment, from a laptop to a satellite navigation system, relies to some degree or another on crystals to regulate the timing or frequency of their operations. Even everyday consumer items, like watches and mobile phones, rely heavily on the accuracy of crystals to keep devices running smoothly. A classic example of a well-known crystal is the 445W35J16M00000. This article will explore the application field and working principle of this crystal from the perspective of crystals in general.

Applications

The primary use for any crystal is to provide an accurate and stable frequency for a circuit. It does this by vibrating at its own frequency, and this frequency is very consistent over time and temperature. This makes it ideal for use in circuits that need to remain accurate over a long period of time, such as radio communications, remote-controlled aircraft, industrial robots, home automation systems and medical equipment.

The 445W35J16M00000 crystal is specifically designed to be used in digital circuitry. It features very low jitter, which means its frequency is extremely precise, and it can be used in applications that require high timing accuracy. Its wide range of frequency options, from 10 kHz to 200 MHz, also makes it versatile and suitable for a broad range of applications.

Working Principle

Crystals work by using the piezoelectric effect to produce a consistent and accurate frequency. This effect has been known about since the early 20th century and occurs when pressure is applied to a material like quartz. When electrically polarized, the material vibrates at a frequency that is determined by the thickness and shape of the crystal.

The 445W35J16M00000 crystal uses exactly the same principle. It applies a voltage across two pairs of electrodes, which generates a mechanical force on the quartz. The quartz then vibrates at its own frequency, which is determined by its dimensions. This resonant signal is then used to “tick” the crystal and produce an accurate signal for the circuit.

Conclusion

Crystals are vital components in many circuits and have a wide range of applications. The 445W35J16M00000 is a great example of such a component and is ideally suited for use in digital circuitry. Its low jitter and wide range of frequency options makes it perfect for applications that require precise timing accuracy. And, thanks to the piezoelectric effect, its output frequency remains consistent and accurate over a long period of time.