FA-238 16.2570MB30V-K3

Crystals have a wide variety of practical applications in consumer electronics, and this is certainly true in the case of the FA-238 16.2570MB30V-K3 crystal. The crystal is specifically designed for use in precision timekeeping, such as offer high frequency oscillators, quartz clocks and wristwatches, onboard communication equipment, and communications satellites.

The FA-238 16.2570MB30V-K3 is an AT-cut crystal with a frequency tolerance of ±30ppm at 30ppm operating temperature. The crystal is manufactured with a SC cut technology, using proprietary techniques from the manufacturer, bringing high precision and reliability to the device.

The FA-238 16.2570MB30V-K3 has a high-order frequency stability and excellent Q value, making it a good choice for precision clock and watch applications. Using a type of temperature compensated oscillator (TCXO) in combination with the crystal, it is possible to reduce ill-effects of environmental changes resulting in a more stable oscillation.

In terms of its working principle, the FA-238 16.2570MB30V-K3 crystal relies on the phenomenon of piezoelectricity. Piezoelectricity refers to the electric charge that is generated in certain crystals when they are put under mechanical or acoustic stress. Basically, the crystal vibrates when electricity is applied to it, and the frequency of this vibration can be regulated in a highly precise manner.

In order to achieve the best performance, the FA-238 16.2570MB30V-K3 crystal employs a data-rigorous process in the production. The crystal is designed and produced with tight controlled frequency tolerance, aging rate and temperature stability. As such, when it is fitted into an oscillator circuit and connected to load, the oscillator will be highly stable and precisely calibrate the frequency.

As can be seen, the FA-238 16.2570MB30V-K3 crystal is an extremely precise device, capable of excellent performance, particularly in the field of precision timekeeping and digital communications. Its piezoelectric properties make it an ideal choice for many applications where precise frequency control and stability is needed.