FC-13D 32.7680KA-AG

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Crystals perform some very convenient and versatile functions in communication systems and other electronic circuits that require frequency-selective functions. FC-13D 32.7680KA-AG is a type of crystal commonly used in the industry for frequency control, frequency stabilization and oscillator circuits.

The FC-13D 32.7680KA-AG crystal is a miniature, high-frequency (up to 30 MHz), ultra-stable ceramic resonator. It has a low capacitance between the pins, which reduces noise and improves high frequency performance. It is a 4-pin device with two inputs, a ground and a output, and two ground clips. It is also compatible with many circuits.

FC-13D 32.7680KA-AG crystals are commonly used in applications such as clock generation, radio communication systems, television receivers, metal detectors and motion sensors. Its frequency stability and wide frequency response make it suitable for use in these and many other applications. In addition, its miniature size makes it ideal for use in tight spaces and in portable devices such as watches and PCs.

The FC-13D 32.7680KA-AG crystal works based on the principle of piezoelectricity. Piezoelectricity is the generation of voltage when mechanical strain is applied to a crystal. When an AC signal is applied to the FC-13D 32.7680KA-AG crystal, a motion is induced in the crystal lattice. This motion then produces a voltage. The voltage is then used to determine the resonant frequency of the crystal, which is used to generate a stable, accurate reference frequency.

The FC-13D 32.7680KA-AG crystal provides excellent frequency control and stability in a wide range of applications. It is particularly useful in radio communication systems, television receivers and other consumer electronics due to its wide frequency range and small size.

In summary, the FC-13D 32.7680KA-AG crystal is a miniature, high-frequency, ultra-stable ceramic resonator. It is ideal for use in many types of communication systems, TVs and other consumer electronics due to its wide frequency range and excellent frequency stability. It uses the piezoelectric principle to generate a stable reference frequency, making it a versatile and reliable component for many applications.

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