XZAEELNANF-38.400000 Crystals, Oscillators, Resonators

Crystals are essential components in modern electronics, widely used in an array of applications that require oscillations, amplification, tuning and other forms of signal processing. The XZAEELNANF-38.400000 crystal is one such device, employed in many kinds of embedded systems as it can generate a stable frequency over a range of temperatures, pressures, and equipment lifetimes. This article will outline the working principle and applications of XZAEELNANF-38.400000 crystal in detail.

Overview

A crystal is a type of piezoelectric material which has been cut in a specific way to form an electrically vibrating structure. This vibrating structure has a precise frequency at which it will naturally vibrate when placed in an oscillating electric field. The XZAEELNANF-38.400000 is a quartz crystal with a resonant frequency of 38.400000 MHz. It has been especially designed for use in communications hardware and other embedded systems which require high stability over a wide range of environmental conditions.

Working principle

The XZAEELNANF-38.400000 crystal works by applying an electrical signal of the desired resonant frequency to the device. The electrical signal interacts with the internal mechanical structure of the crystal and causes it to vibrate at this particular frequency. This vibration is then converted back into an electrical signal which has the same frequency as the original excitation signal.

The inherent stability of a quartz crystal enables it to maintain its resonant frequency over a wide range of temperatures, pressures, and equipment lifetimes. This makes the XZAEELNANF-38.400000 the ideal choice for applications where stability and precision are required, over long periods of time or where drastic environmental changes are common.

Applications

The XZAEELNANF-38.400000 crystal is primarily used in embedded systems and telecommunications equipment. The device is ideal for applications such as radio modems, cellular phones, wireless data modems, and short-range radio communication equipment. It is also widely used in automotive control systems, consumer electronics, and many other types of systems where high stability and accuracy are necessary.

The XZAEELNANF-38.400000 can be used in circuits which require an oscillator-type frequency, such as those found in quartz clocks, watches, and time keeping devices. It can also find applications in audio equipment, as it can easily convert electrical energy into mechanical vibrations, and vice versa. In addition, the XZAEELNANF-38.400000 is well-suited to applications which require precise frequency measurements, such as frequency-shift keying or phase-locked loop systems.

Advantages

The XZAEELNANF-38.400000 crystal offers several advantages when compared to other types of oscillators. Firstly, its relatively low cost makes it suitable for use in cost-sensitive applications such as consumer electronics and automotive systems. Secondly, the crystal’s higher frequency stability makes it useful for precise frequency measurements, such as in phase-locked loop systems. Thirdly, the device is able to maintain its resonant frequency over a wide range of environmental conditions, making it suitable for use in applications with strict environmental requirements.

Conclusion

The XZAEELNANF-38.400000 crystal is a quartz device with a precise frequency of 38.400000 MHz. It is mainly used in embedded systems, communications equipment, and audio gear, as it provides high stability over varying environmental conditions. The device also boasts a relatively low cost and performs precise frequency measurements when required. These advantages make the XZAEELNANF-38.400000 crystal a valuable choice in many modern electronics applications.