FC4STCBMF4.9152-BAG200

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Crystals

Crystals are electrically ordered 3-dimensional arrangements of atoms which display symmetrical features along certain axes. The most important property of crystals is that they possess natural resonances or vibrations with specific frequencies ranging from infrasonic to ultrasonic.

FC4STCBMF4.9152-BAG200 application field and working principle

FC4STCBMF4.9152-BAG200 is an advanced crystal resonator developed by the company FC4ST Corporation. It is a next-generation crystal resonator technology which enables high frequency operation up to 4.9152 GHz, consuming less power than existing technologies. This product is ideal for applications such as medical equipment, communication systems and frequency control devices.

The working principle of the FC4STCBMF4.9152-BAG200 is based on the property of certain crystals known as surface acoustic wave (SAW) propagation. By placing a piezoelectric material on the surface of a piezoelectric substrate, oscillation or vibration can be generated. The piezoelectric material is usually made of quartz, which, when excited, produces an electric signal with a certain frequency and bandwidth. This signal can then be used as an input to generate a specific frequency in electronic systems.

The piezoelectric material is usually composed of two parts, the acoustic surface and the active surface. The acoustic surface includes a thin vibrating plate and the active surface includes a plate with a layer of piezoelectric material, either quartz or lithium niobate. When the piezoelectric material is excited, the active surface generates a signal that propagates through the surface acoustic wave. This signal is then amplified and transmitted through the output of the crystal resonator.

The FC4STCBMF4.9152-BAG200 uses advanced technology to control the amplitude and phase of the voltage applied to the piezoelectric material. This is known as the Surface Acoustic Wave Control (SAWCT)." This technology enables precise control of the frequencies within the range of 4.9152 GHz. This product also features low distortion of the signal, high output power and close tolerances on all parameters.

The FC4STCBMF4.9152-BAG200 is an ideal choice for applications in the medical, industrial and communications industries. It is a next-generation crystal resonator technology which is used to generate high frequency signals with low distortion and close tolerances on all parameters. This technology enables precise control of the frequencies within the range of 4.9152 GHz.

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