FA-238V 14.7456MB-K3

Crystals, such as the FA-238V 14.7456MB-K3, provide an intimate connection with a specific energy or frequency. Furthermore, crystals provide stability and predictability when used as an oscillating circuit element. There are many applications for quartz crystals, including precision timing, frequency control, and synchronization. They are also used in micro-electronics, communication systems, navigation systems, and clock chips. In this article, we\'ll discuss the application field and working principle of the FA-238V 14.7456MB-K3 quartz crystal.

FA-238V 14.7456MB-K3 crystals are widely used in telecommunications, digital audio, radio frequency, and other applications due to their low-cost and stable frequency output. This crystal can be used in either series or parallel resonant circuits. In a series resonant circuit, the crystal acts as a reactive element, allowing the flow of AC current through. In a parallel resonant circuit, the crystal acts as a capacitive or inductive element, allowing the flow of DC current through.

The application field of the FA-238V 14.7456MB-K3 quartz crystal covers a wide range of applications. It can be used in quartz crystal oscillators, clock generators, and resonators. Moreover, it can be employed in radio frequency systems and temperature transducers. Additionally, it is also used in telecommunications, digital audio, and other microelectronics applications.

The FA-238V 14.7456MB-K3 quartz crystal operates on a variety of principles. Its working theory relies on piezoelectricity and resonance. Piezoelectricity is the property of certain crystals that enables them to produce electric charges when mechanically deformed. This electric charge can be used as a voltage source when the crystal is placed in an oscillating circuit. Resonance is the phenomenon in which energy is absorbed or emitted when the frequency of the oscillating circuit matches the natural frequency of the crystal.

In addition to the piezoelectricity and resonance theories, this crystal also utilizes the quartz frequency controlling loop to achieve high frequency stability and accuracy. This frequency controlling loop helps the crystal maintain its pre-set frequency during operation by varying the electrical current that is applied to the quartz crystal. This variation helps offset frequency drifts caused by temperature or other environmental influences.

The FA-238V 14.7456MB-K3 quartz crystal can operate in temperatures ranging from -60°C to 100°C. Additionally, this crystal has an operating frequency range between 10 MHz and 50 MHz and can produce a frequency stability of up to ±10 kHz. It is commonly used in oscillators, frequency-modulated circuits, and radio-frequency communication systems.

In conclusion, the FA-238V 14.7456MB-K3 quartz crystal is a reliable and cost-effective component that can be used for a variety of applications. It operates on the principles of piezoelectricity, resonance, and the quartz frequency controlling loop. This crystal is used in oscillators, clock generators, resonators, telecommunications, digital audio, and other microelectronics. Moreover, it is also capable of operating in extreme temperatures and providing a frequency stability of up to ±10 kHz.