FC4STCBAF11.0592-BAG200

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The FC4STCBAF11.0592-BAG200 is a quartz crystal oscillator, a type of electronic device made up of utilized quartz crystals, often labeled as simply crystals. This crystal belongs to a family of crystals that are shock and vibration resistant, suitable for high temperature and harsh environments. The FC4STCBAF11.0592-BAG200 crystal is temperature compensated, offering electrical stability over a range of climates and temperatures. This type of crystal is mainly used in clock oscillator applications, such as radio receivers and transceivers, both in the amateur and commercial marketplaces.

When discussing the basic operational principle of quartz crystal oscillators, it is important to understand several of their key attributes. Crystals are piezoelectric, which means that the crystal will deform under an applied voltage. By enabling an alternating voltage (AC) to be applied to the crystal, it will experience a series of alternating deformations and it will begin to resonate. The resulting level of resonance is based on the frequency of the applied AC, as when these parameters are aligned, the crystal will continue to oscillate at its resonant frequency.

The FC4STCBAF11.0592-BAG200 crystal operates at 11.0592MHz and the quartz is cut such that its resonant frequency will be at this same frequency when a small electrical potential is applied. The applied potential serves as the input signal to be rectified, resulting in an exact frequency output ( 11.0592 MHz ) which will depend upon the parallel resonant frequency of the crystal, denoted as F 0 . With the help of a small Capacitor and the Resistor placed in the circuit, the tuned frequency generated from the crystal is then grasped and amplified to meet the requirements of external environment usage.

The application fields for this type of quartz crystal oscillator are broad. Primarily, it is most suited for high frequency clock and signal generation in receivers, transceivers, military, and space applications. This crystal oscillator is largely used in radio applications that operate within the standard AM and FM broadcast bands. In addition, the frequency stability of the FC4STCBAF11.0592-BAG200 crystal offers a high degree of accuracy. This makes it the perfect choice for applications such as GPS receivers and other radio related equipment. It has also been successfully employed in locking systems, to help regulate communication between two devices.

When confronted with difficult environments, the FC4STCBAF11.0592-BAG200 crystal shows high levels of performance. Due to its ability to remain temperature compensated over various climates and temperatures, the crystal maintains high stability, allowing for a consistent signal output signal. In addition, this crystal has a greater resistance to shock and vibration than its other counterparts, making it especially suitable for aerospace applications or applications within harsh industrial environments.

The FC4STCBAF11.0592-BAG200 crystal is the best example of a quartz crystal oscillator. It is versatile and can be used in a range of different applications from military, space and medical to consumer, network and telecommunications. Its frequency stability, temperature compensation and resistance to shock and vibration make it a dependable choice in all environments. This crystal delivers a consistent output signal, ensuring precision timing and accurate frequency operation.

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