416F50025ILR

Crystals are an important component in a number of electronic devices and components, from cell phones and computers to lasers and biomedical devices. The 416F50025ILR crystal is a prime example of the wide range of crystals that are used for a variety of applications and in many different industries. In this article, we take a closer look at the 416F50025ILR and the far-reaching application field and working principles of this type of crystal.

Overview

The 416F50025ILR crystal is classified as a surface-mount quartz crystal that operates as a small oscillator. This type of crystal is a low-frequency device designed to work with frequencies ranging from 1kHz to 25MHz. The 416F50025ILR operates a frequency stability of +/- 15 ppm (part per million) and spreads throughout a wide temperature range of -20C to +102C. It boasts a tiny form factor of 4 x 2.5mm, making it ideal for applications where space saving is essential. The 416F50025ILR is further ruggedly designed to provide ultimate robustness and reliability when installed in environments characterized by an increase in humidity or vibration rates.

Application Field

The 416F50025ILR is widely used as a frequency control device in a variety of applications. Such applications include watches, measuring instruments, audio/video products, television equipment, communication equipment, and even solar-powered devices. It is also used in remotely controlled devices such as remote controls, security systems, energy management systems and more. The 416F50025ILR’s durability makes it highly suited to surveillance devices and other mission-critical applications.

Working Principle

The 416F50025ILR works using a principle known as quartz-crystal resonator. In this type of operation, the crystal is typically cut from a single crystal of synthetic quartz. These quartz pieces are said to be piezo-electric, which indicates that they own unique characteristics with ionic charges. The quartz is cut to such an extent that it causes it to vibrate at a fixed frequency when power is applied. This vibrational frequency is constant across temperature changes and remains unaffected by external environmental factors or other electrical signals.

Conclusion

Quartz crystals are essential components of a variety of applications, and the 416F50025ILR is one of the most commonly used types of crystals. It has an incredibly wide range of applications and operates via a simple principle of quartz-crystal resonator. The 416F50025ILR is highly durable, robust and reliable, and offers a tiny form factor and increased frequency stability across a wide temperature range. In summary, the 416F50025ILR crystal is a highly versatile and essential component in today’s electronic devices and components.