FA-238 33.3330MB-K

Crystals: FA-238 33.3330MB-K application field and working principle

Crystals are tiny structures made of many lattice or grid structures that form during a crystallization process. Crystals are often used as components in scientific and technological applications. One of these is the FA-238 33.3330MB-K crystal, which is an ultra-fine mechanical crystal and further features a medium-high frequency ~33.3330 MHz range. Developed and manufactured by Murata Manufacturing Co., Ltd., the FA-238 33.3330MB-K is a highly reliable oscillator crystal which combines superior frequency stability, performance, noise, and overall size and cost-effectiveness. This article will discuss the application fields and working principle of the FA-238 33.3330MB-K.

Applications of FA-238 33.3330MB-K

The FA-238 33.3330MB-K crystal is used in various types of electronic components, such as cellular phones, satellite communications, navigation systems, ground control systems and aero-mechanical control systems. It is also used in portable audio and video players, surveillance equipment, automotive electronics, medical equipment, and IoT. In addition, FA-238 33.3330MB-K is suitable for resonators and other crystal oscillator applications that require medium-high frequency with low jitter.

The FA-238 33.3330MB-K can also be used in high-speed applications such as UHS-II and HDMI 2.0 UHD data transmission, where high performance and low power consumption is desired. Furthermore, it is also suitable for power spectrum analysis, fingerprint recognition systems, voice recognition, spectrometers, and in other various communication applications that require high-resolution performance and low power consumption.

Working Principle of FA-238 33.3330MB-K

The FA-238 33.3330MB-K is a tiny mechanical crystal, constructed like a grid of pistons. Just like any other crystal, it vibrates when in the presence of an alternating electric field. The frequency at which it vibrates is set by the constant size and geometry of the lattice structure. As the oscillating electric field applied to the crystal is varied, the vibrations and therefore the frequency will change.

The FA-238 33.3330MB-K crystal also exhibits clear frequency time stability due to its vibration frequency, which can be rectified more precisely and quickly than quartz crystal oscillators. Its frequency stability is directly related to its high vibrationfrequency, allowing for profoundly accurate oscillation frequencies for longer periods of time. Additionally, the crystal has low startup current and low frequency deviation due to its medium-high frequency. This makes it an ideal choice for precision electronic applications.

Conclusion

The FA-238 33.3330MB-K crystal is an ultra-fine mechanical crystal specifically engineered for accuracy and precision. It is a highly reliable oscillator crystal with superior frequency stability and performance, and its small size and cost-effectiveness make it ideal for various types of scientific and technological applications. The FA-238 33.3330MB-K is best suited for high-speed applications requiring medium-high frequency, low jitter, low startup current, and low frequency deviation.