FA-365 14.7456MB-C0

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Crystals: FA-365 14.7456 MB-C0 Application Field and Working Principle

Crystals, also known as quartz crystals, are one of the most common materials used in electronics. Crystals, described as piezoelectric substances, consist of atoms that vibrate in response to an external electric field. The FA-365 14.7456 MB-C0 crystal is one example of the abundant variety of quartz crystals that exist.

The FA-365 14.7456 MB-C0 crystal is one of many popular frequency controlling elements used in a range of applications. It has a frequency of 14.7456 MHz, making it ideal for use in a variety of communications products such as radios, cellular phones, and GPS systems.

A crystal is composed of an ionic lattice, with ions of different charges occupying alternating sites. When the crystal is subject to an electric field, the positively charged cations and negatively charged anions separate, causing a displacement of the lattice and an increase in its size. The reverse occurs as the electric field is removed.

The goal of the FA-36514.7456 MB-C0 crystal is to oscillate consistently at the desired frequency. Therefore, when the crystal is electrically charged, its lattice structure changes shape and vibrates. As it vibrates, the crystal produces voltage signals at the desired frequency.

There are several advantages of quartz crystals compared to other commonly-used oscillators. Quartz crystals have excellent frequency stability, temperature stability, and excellent frequency-temperature characteristics, making them ideal for precise frequency control and high-speed data applications. They also have low aging, low phase noise, low drive level, and low power consumption.

The FA-365 14.7456 MB-C0 crystal is manufactured using modern production techniques, such as wafer base production and surface mount technology. It is highly reliable and offers an excellent frequency accuracy of ±20 ppm. The device has a maximum supply voltage of 8.0V and a frequency range of 100 kHz to 4MHz.

The current application field of the FA-365 14.7456 MB-C0 crystal includes frequency control modules, clocks, audio transmission, telecommunications equipment, consumer electronics products, automotive navigation systems, and wireless networks. This crystal is particularly well-suited for use in applications that require precise frequency control and excellent temperature characteristics.

In conclusion, the FA-365 14.7456 MB-C0 quartz crystal is a reliable, precise, and temperature-stable component that is suitable for a variety of applications. This crystal exhibits excellent frequency stability, temperature stability, and frequency-temperature characteristics, making it an ideal choice for precise frequency control and high-speed data applications. It is used in a wide range of products, from consumer electronic products to automotive navigation systems.

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