445C3XS16M00000

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Crystals

Crystals, also known as piezoelectric crystals or piezoelectric resonators, are devices that are capable of converting energy from one form to another. Crystals are used in various applications, from clocks and watches to medical devices and radios. The 445C3XS16M00000 is one such crystal specifically designed for certain applications.

Application Field

The 445C3XS16M00000 crystal is used primarily in digital frequency circuits, where it can precisely measure and control frequencies in the MHz range. It is specifically designed for use in digital sensing applications such as timing, security, measurement and control systems, as well as for RF (radio frequency) transmission and reception. Additionally, the 445C3XS16M00000 is used in wide ranging applications such as military radar, satellite communications and automotive systems.

Working Principle

A crystal is essentially a specially cut piezoelectric material, typically quartz, that vibrates at a given frequency when an electrical signal is applied to it. The frequency depends on the size, shape and orientation of the crystal. When voltage is applied to the electrically conductive terminals of the crystal, the crystal vibrates in resonance with the applied frequency, producing an output signal known as a resonant frequency. This frequency can be precisely calculated and controlled by varying the voltage of the applied electrical signal.

The 445C3XS16M00000 crystal is engineered to operate according to the second harmonic mode, which is a type of vibrational mode wherein the crystal vibrates in a manner resembling a pendulum and produces an output signal in the form of two vibrations at a ratio of 1:2. In this way, the output frequency is twice the frequency of the applied signal.

The operability of the 445C3XS16M00000 crystal is further improved with use of its surface-mounted ITSs (Interposer Transceiver Substrates) for improved electrical characteristics. These ITSs provide additional protection for the crystal against environmental factors such as temperature, humidity and vibration without impairing its frequency stability or crystal characteristics.

Conclusion

In conclusion, the 445C3XS16M00000 crystal is a specialized device operating according to the second harmonic mode and is used in various applications related to digital sensing, RF signal transmission and reception, military radar systems and more. Additionally, the incorporation of surface-mounted ITSs lends further protection to the crystal against environmental factors while preserving its stable performance output.

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