FA-238V 14.31818MB50X-K0

Crystals

Crystals are common materials from which numerous technology-related products are derived. The particular product FA-238V 14.31818MB50X-K0 signals the presence of a certain type of crystal, namely a 5×14 mm quartz crystal, which serves as an oscillator and is found in various types of electronic circuitry. The distinct properties of the crystal enable it to perform basic functions such as providing a timing reference and converting electrical signals into different frequencies.

Application Field

FA-238V 14.31818MB50X-K0 is a very versatile quartz crystal and can be used in a number of different applications. It is most commonly used in electronic circuits to generate precise timing signals, such as those needed to synchronize the operation of multiple computer components. For example, it is used in smartphones and tablet computers, as well as in many other devices, to control the sampling rate of the digital signal processors (DSPs). The crystal is also used in radio transmitters and receivers, television sets and other telecommunications equipment, medical instruments, and industrial machinery.

Working Principle

A quartz crystal works on the principle of piezoelectricity, which is the ability of certain crystals to generate an electrical current when subjected to mechanical pressure. When a voltage is applied across the crystal, the two electrodes become polarized and a mechanical oscillation takes place along the crystal\'s symmetry axis. This mechanical oscillation produces periodic electrical pulses at a frequency which is a function of the crystal dimensions. For example, the FA-238V 14.31818MB50X-K0 crystal produces a timing reference frequency of 14.31818 MHz. The frequency of the crystal can be fine-tuned by adjusting the surrounding circuitry, allowing the electronic components to be synchronised.

The quartz crystal is a very stable and precise source of timing signals and is used in many different applications. It is highly reliable and its performance is not affected by changes in temperature or external vibrations. This makes quartz crystals a popular choice for applications where accuracy and reliability are critical requirements.