FA-365 18.4320MB-C

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Crystals are solid structures that are naturally occurring and often have highly ordered isotropic, anisotropic and semi-ordered shapes. While most crystals are composed of a single phase, some can contain multiple phases. Their structure is a result of their atomic and molecular bonding, which promote tight packing of atoms and molecules. This tightly packed lattice structure of the crystal causes various properties, such as hardness, conductivity and refractive index.The FA-365 18.4320MB-C is an application-specific crystal designed for use in digital signal processing, telecommunications and other communication systems. It is a highly stable, low-g-sensitivity crystal oscillator with an output frequency of 18.4320 MHz.

The FA-365 18.4320MB-C is a miniature, hermetically sealed, crystal oscillator that uses the fundamental vibration mode of the quartz crystal to produce very stable and accurate frequency at 18.4320MHz. The oscillator consists of a quartz crystal and an oscillation circuitry connected to it. The crystal can be identified by its resonance frequency as well as its electrode shape. It is also used to control signal processing and telecommunications applications where accuracy and reliability are essential.

The FA-365 18.4320MB-C crystal operates on the principle of piezoelectric effect. When an alternating electrical signal is applied to the quartz crystal, a mechanical vibration is created due to the internal electric fields. This vibration is regulated by a feedback loop and is used to control the operation of the application device. Since quartz has a very high piezoelectric coefficient, its vibrations cause a very stable and consistent output frequency. This makes it ideal for applications that require accuracy and precision.

The working principle of the FA-365 18.4320MB-C crystal is based on the fact that the frequency of oscillation of the crystal is dependent on the electrical individual components in the oscillator. The capacitors and inductors of the oscillator make up a circuit that is tuned to the resonance frequency of the crystal. The crystal\'s frequency is also affected by its temperature; crystalline materials have a very low temperature coefficient, which helps with maintaining a consistent output frequency.

The FA-365 18.4320MB-C is a low-frequency crystal ideally suited for device synchronization and timing applications. It is used in signal processing, telecommunications and other communication systems which require a precise and stable crystal oscillator. The crystal is used in applications such as frequency synthesizers, transmitters, receivers, and digital signal processors. It is also used in frequency-dependent devices such as digital logic circuits, embedded systems, telecommunication systems and radio transmitters.

The FA-365 18.4320MB-C is a reliable crystal with a working frequency of 18.4320 MHz. The crystal has a very low g-sensitivity and is highly stable, allowing for precise synchronization and timing applications. The piezoelectric principle allows for a consistent output frequency and the low temperature coefficient ensures accuracy and reliability.

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