416F520X2CKT

Crystals have long been used in all sorts of technology, from timekeeping, to communications, to navigation. The 416F520X2CKT is a unique crystal oscillator, developed by the Murata Manufacturing Company, that offers a powerful, reliable solution for a wide range of applications. This crystal is specifically designed for clock synchronization and frequency control. In this article, we’ll take a look at what makes this crystal so special and why it is a great choice for your application.

Overview of the 416F520X2CKT

The 416F520X2CKT is a high-stability, miniature temperature-compensated crystal oscillator. The device consists of a quartz crystal, temperature compensator, and a driving circuit. It operates in the range of 19.44MHz to 33MHz, offers a frequency tolerance range of 25kHz to ±50ppm, and comes in a miniature surface mount package measuring 7.0 mm X 5.5 mm X 2.0 mm. It also offers a low power consumption of 450üA and a low jitter of 10ps, making it an ideal choice for modern electronic circuits.

Applications and Working Principles

The 416F520X2CKT is well-suited for a variety of applications, particularly those that require reliable frequency control and clock synchronization. It has found itself a home in anything from communication infrastructure equipment to digital television systems. Its highly reliable frequency stability also makes it great for a wide range of measurement and analytical tools.

The 416F520X2CKT crystal oscillator works by utilizing the piezoelectric effect of quartz crystals. Piezoelectricity is caused by the internal structure of the quartz crystal, which causes it to vibrate when a current is applied. The frequency of vibration is determined by the size, shape, and material of the crystal. The 416F520X2CKT is designed to work at 19.44MHz to 33MHz within the range of 25kHz to ±50ppm, creating a reliable source of frequency stability.

The 416F520X2CKT’s unique design also makes it resistant to temperature changes and interference. This is due to its temperature compensation circuit, which works by using a feedback loop to sense changes in temperature and subsequently adjust the frequency of oscillation. This helps to keep the frequency constantly stable, even under changing environmental conditions. Additionally, its low jitter of 10ps helps to protect it from interference from other sources.

Conclusion

The 416F520X2CKT is a powerful, reliable crystal oscillator, designed to provide reliable frequency control and clock synchronization. It has a wide range of features, such as a temperature compensation circuit, low power consumption, and low jitter. This makes it ideally suited for a wide range of applications, such as communication infrastructure equipment and digital television systems. Thanks to its unique design and impressive features, the 416F520X2CKT is a great option for anyone looking for a high-quality crystal oscillator.