FA-238V 13.0000MF10V-K0

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Crystals: FA-238V 13.0000MF10V-K0 Application Field and Working Principle

Crystals are essential components of many electronic and communication devices today. The crystal, FA-238V 13.0000MF10V-K0 to be highlighted here is a crystal oscillator and is designed for miniature, surface mount applications. Its application field is wide and it can be used in a variety of areas including: cellular phones, personal computers, Bluetooth, LCD screens, FM radio and television sets.

This crystal oscillator the FA-238V 13.0000MF10V-K0 is manufactured using advanced microfabrication techniques. Its entire surface is encapsulated within a hermetic glass seal, making it very resilient to harsh environmental conditions. It features excellent temperature characteristics, and high frequency stability. The operating temperature of this crystal is from -40°C to +85°C.

The working principle of the FA-238V 13.0000MF10V-K0 crystal is based on the piezoelectric effect. This effect states that when a piezoelectric element is exposed to an alternating electric field, it expands and contracts in an alternating manner. This movement then produces an alternating mechanical vibration, which is also known as the crystal’s resonant frequency. The resonant frequency of the crystal is proportional to the alternating electric field that it is exposed to.

In the case of the FA-238V 13.0000MF10V-K0 crystal, the crystal has a fundamental frequency of 13.0000MHz, and 10V drives the crystal to the desired resonant frequency. This output frequency is very precise and is completely independent of environmental changes. Thus this crystal is ideal for use in communication transmission. The crystal oscillator also works in averaging mode which helps maintain a constant frequency even at varying temperatures.

The wider application field of FA-238V 13.0000MF10V-K0 includes portable communications systems, industrial temperature adjustment, precision timers, or high-end automotive ECUs. In addition, its compact size, high reliability and low power consumption make this crystal suitable for use in a wide variety of wireless communication platforms such as 802.11n, Bluetooth, Zigbee, WiMAX and more.

The working principle of the FA-238V 13.0000MF10V-K0 crystal and its application field shows how crystal technology plays a major role in many electronic devices. It is highly reliable and efficient and is used in many devices ranging from small portable devices to high-end industrial machines.

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