FA-238 16.0000MD30X-W3

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Crystals are an essential part of our world, playing a huge role in providing us with reliable and efficient communication, medical imaging, and controlling of electrical circuits and clocks. FA-238 16.0000MD30X-W3 is a type of crystal which is often utilized for a variety of different applications due to its unique characteristics. In this article, we will discuss the various applications, as well as its working principle, in greater detail.

FA-238 16.0000MD30X-W3 is a quartz crystal cut in the AT cut and modified with a microprocessor production cross section of X-W3. It is used to produce AT cut crystals which exhibit higher frequency stability than those manufactured in other cuts. This type of crystal is notable for having an excellent temperature coefficient which enables them to remain stable and reliable in the most extreme environment conditions. Furthermore, due to its existing production cross section, there is no need to modify it further.

FA-238 16.0000MD30X-W3 is often used in high frequency circuit design requiring robust frequency stability over both a temperature and time base. It is an ideal choice for applications where certainty, precision and reliability are priority. These include oscillators, LED drivers, LCD driver, motor drivers, and frequency synthesizers in mobile phones, computers, robots, and other similar electronics.

In terms of frequency stability, the FA-238 16.0000MD30X-W3 has an excellent aging ability and temperature stability capability, making it one of the most reliable and precise crystals available in the market. Additionally, it is also noted for having a low level of jitter and noise, which means that it is perfect for applications that require very low amplitude of output signals.

So, how does the FA-238 16.0000MD30X-W3 actually work? In general, the crystal works by converting an external alternating current (AC) source into an internal direct current (DC) source. This is made possible by the presence of electrodes at both ends of the crystal, which act like two plates, known as the crystal resonator. When an AC signal is applied to the electrodes, the crystal vibrates as the voltage runs to zero. This creates a mechanical resonance within the crystal and generates an electrical output signal.

The output signal produced by the oscillator is usually used as a reference signal to control the frequency of another electronic component, such as a clock circuit or an analog to digital converter. The most common type of oscillator used in these applications is the crystal oscillator, and the FA-238 series is ideal for such usage. Its excellent frequency stability enables precise control of the reference signal, ensuring accurate performance of the device.

Overall, the FA-238 16.0000MD30X-W3 crystal is a great choice for various applications that need reliable, efficient, and precise crystal components. Its excellent frequency stability, excellent aging ability, and low jitter and noise make it the perfect component for a variety of applications, such as LED drivers, LCD drivers, and frequency synthesizers. And with its existing production cross section, there is no need for further modification. Through this article, we hope that you have gained some better insight into the working principle and the application fields of this crystal.

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