FA-365 14.7456MB-G0

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Crystals are everywhere in our world. They are often used in watches and scientific instruments, as well as in daily electronics. So what is a crystal exactly, and what is its application field? And what is the working principle of a crystal oscillator?

A crystal is basically an artificial material that is made up of a lattice of atoms in a repeating arrangement. It has a unique arrangement of ions and electrons, which gives the crystal its unique properties. The unique geometry of the crystals gives them a certain resonance frequency. This frequency can be tuned using various techniques, such as imprinting patterns in the crystal.

The application field of crystal oscillators is varied and widespread. They are used in a variety of electronic devices such as computers, phones, and radios. They are also used in medical equipment, aerospace and defense systems, and even scientific experiments.

The FA-365 14.7456MB-G0 crystal oscillators are used in military and aerospace applications, as well as in RF applications. These crystals are very stable and highly accurate. The FA-365 14.7456MB-G-O crystals have a frequency stability of +/- 10 parts per million (ppm) over the operating temperature range of -55°C to +125°C.

The working principle of a crystal oscillator is based on the piezoelectric effect, which tends to cause a crystal to vibrate when it is energized. The oscillating crystal generates an electrical signal at its resonance frequency. This signal can then be amplified and used in various electronic devices.

The working of a crystal oscillator is based on a feedback loop. An external energy source is used to excite the crystal, and the output from the crystal is then fed back to the same energy source. This feedback loop results in the crystal oscillating at its resonance frequency, and producing an electrical signal.

Crystals are used in many electronic devices due to their stability and accuracy. The FA-365 14.7456MB-G0 crystal is an excellent choice for applications that require high frequency stability. The working principle of a crystal oscillator is based on the piezoelectric effect, which ensures that the output frequency is stable and accurate.

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