FPXLF036S

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Crystals are a type of resonators used in electronic equipment for frequency control. In most of the cases, the frequency of a crystal oscillator depends on the lattice structure of the crystal and the cut. Crystal oscillators are made from quartz and/or other piezoelectric materials like ceramic. In comparison to the other types of resonators, the crystal oscillator is a superior choice because it offers good repeatability and stability at relatively high frequencies.

FPXLF036S is a miniature piezoelectric crystal resonator that belongs to the category of crystals. By definition, a piezoelectric crystal resonator is an electronic component that is composed of a thin slice of piezoelectric material and two electrodes which is used for creating a vibration at the desired frequency.

FPXLF036S is a perfect choice for applications such as consumer electronics, smart watches, automotive electronics, communication equipment, industrial control systems, medical electronics, and many other applications that require optimal stability and performance. The unique design of this sensor makes it possible to use it in a variety of applications. Its size is also quite small which makes it an ideal choice for types of applications that demand a small form factor.

The main working principle of FPXLF036S is very simple. It is basically composed of a thin slice of piezoelectric material which acts as a vibrating element. When electric energy is supplied to the electrodes of the crystal, it starts vibrating at its resonant frequency. The frequency of the crystal depends on its size and the material from which it is made. The resonator can either be used in its passive or active configuration, depending on the requirements of the application.

The passive version consumes low levels of electric power and produces a low-level signal of its resonant frequency. On the other hand, the active version is capable of producing a much larger signal of its frequency. This makes it especially suitable for applications that require amplification or frequency detected.

In most applications, the FPXLF036S is used as a frequency discriminator. That is, it can be used to distinguish between two different frequencies. It is also capable of operating in a high-frequency range due to its high-stability characteristics. It also has a low temperature coefficient, which increases the accuracy of frequency output.

Another great feature of this device is its low spacer losses. The order of the crystal vibrates in a spacer which contains the crystal, electrodes, and other materials (such as electrodes spacers and surface mount conductors). Its low spacer losses allow it to be used in a wide range of devices and systems. This makes it increasingly valuable for many applications.

Finally, the most important feature of the FPXLF036S is its reliability. Its structure and cut provide an incredible level of resolvability and stability. This ensures that the desired frequency output is always correct and consistent even with the constantly changing temperatures and other environmental conditions.

In conclusion, FPXLF036S is a miniature piezoelectric crystal resonator with a high degree of accuracy, performance, reliability, and stability. It is ideal for many applications like consumer electronics, smart watches, automotive electronics, communication equipment, etc. Its unique design gives it a wide range of applications, and its high stability and frequency accuracy make it a useful component in many applications.

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