FA-238 24.0000MA20W-W3

Crystals are a vital component of electronic circuitry, forming the backbone of many electronic devices. FA-238 24.0000MA20W-W3 is an example of a commercial grade crystal. It has a variety of applications and a robust working principle.

Application

FA-238 24.0000MA20W-W3 is primarily used as an oscillator in timing circuits. Its low jitter and ultrafast frequency settling allow it to be used for signal synchronization, RF synchronization, and wireless communications. The crystal can also be used to generate extremely precise reference frequencies for test and measurement equipment. Furthermore, due to its wide frequency range, it can also be applied to various safety-critical devices and systems.

Working Principle

FA-238 24.0000MA20W-W3 uses an electro-mechanical resonance principle. A quartz crystal is the key component of the oscillator, allowing the oscillator to produce a precise frequency output. The quartz crystal is mechanically vibrated, and the oscillator’s resonance circuit generates current that causes the quartz crystal to vibrate at the desired frequency. This frequency is then filtered and amplified to create a reference signal.

The FA-238 24.0000MA20W-W3 has a range of options such as voltage control and frequency trimming that make it suitable for a wide range of applications. It is available in both surface-mount and through-hole packages, providing maximum flexibility. Furthermore, it provides low long-term frequency drift, allowing for reliable and precise time-keeping even over long periods of time.

Conclusion

FA-238 24.0000MA20W-W3 is a versatile and reliable crystal oscillator that is suitable for a variety of timing applications. With its wide frequency range and low long-term frequency drift, it can provide reliable and precise reference frequencies for a variety of safety critical devices and systems. Furthermore, it can be used to generate precise frequencies for test and measurement equipment, thus making it an ideal choice for modern electronics.