416F370X3ATR

Crystals

Crystals are solid materials composed of evenly spaced atoms, molecules or ions that have been arranged in a regular, repeating patterns. Crystals are used in many different technologies and for a wide range of applications, ranging from frequency reference sources for wireless communications to timing references for computer networks. In the field of telecommunications, crystals are used to make precise signal carriers or timing references. One such crystal is the 416F370X3ATR.

The 416F370X3ATR

The 416F370X3ATR crystal is a precision oscillator designed specifically for general-purpose telecommunications applications. It is a miniature, low-cost crystal designed to provide reliable signal sources or timing references. The 416F370X3ATR crystal combines high frequency stability and accuracy with excellent power performance.

Application Field and Working Principle

The 416F370X3ATR crystal is most commonly used as a signal source or timing reference for general telecommunications applications, including pulse-shaped devices, synchronous digital networks, ISDN, mobile communication and other related systems. In these systems, the crystal provides an accurate frequency reference to ensure reliable, error-free transmission of signals. The 416F370X3ATR uses an external quartz oscillator to generate a signal, which then drives a numerically controlled oscillator (NCO). The NCO adjusts the frequency of the signal until it matches the reference frequency. This is known as the "phase-lock loop" or PLL.

The 416F370X3ATR crystal can also be used as a timing reference in computer networks. In this application, the crystal provides an accurate clock signal to synchronize the data transfers between computers. The use of a crystal ensures that the data is transferred at a consistent rate, with minimal errors.

Conclusion

The 416F370X3ATR crystal is an affordable, compact crystal that provides reliable signal sources or timing references for a variety of telecommunications and computer networks applications. The crystal uses a quartz oscillator to generate an accurate signal or timing reference, which is regulated by a numerically controlled oscillator. This ensures that the frequency of the signal remains consistent with minimal errors for reliable, error-free transmission.