FA-238 18.4320MA30X-AG5

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Crystals play an essential role in modern electronic devices as they are used as tunable frequency control devices in various circuits, enabling advancements in a range of applications from GPS navigation to radio technology. The FA-238 18.4320MA30X-AG5 crystal is one such crystal manufactured by Swiss-based company, Finix Group. It is a modern, specifically-designed piece of quartz crystal that allows for superior frequency stability and accuracy.

In simple terms, the FA-238 18.4320MA30X-AG5 crystal works on the principle of resonating electrical waves. When an external electrical signal is applied to the crystal, it responds with a harmonic output of its own natural frequency, as determined by its size, shape, and materials. It is this exact properties of crystal oscillators that make them essential building blocks in timekeeping and frequency control devices.

The FA-238 18.4320MA30X-AG5 crystal is designed to be used in various types of professional electronics, including those used in aerospace, military, and medical applications. It is characterised by its small size, low-voltage operation, low-twist temperature stability, as well as wide supply voltage range and low current consumption. Such features, when compared to other crystals of its size, make it a popular choice for many, especially when operation will ‘live’ for extended period of time.

Where performance is an important factor, F-238 18.4320MA30X-AG5 is ideal. It features a frequency tolerance of +20PPM or better under 0°C to 70°C, and -30PPB/°C stability coefficient from -10°C to 60°C, as well as shock resistance of 6000g/10ms. Due to this extraordinary performance, it is especially useful for frequency-critical applications.

In summary, the FA-238 18.4320MA30X-AG5 crystal is a modern, miniaturized quartz crystal designed for frequency critical applications such as aerospace, military and medical electronics. It boasts superior frequency stability and accuracy, with a tight frequency tolerance and low temperature coefficient stability. It is also characterized by its low supply voltage range, high shock resistance, and low current consumption. All of these features make it the perfect choice for applications that require an element of precision.

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