FC-12M 32.7680K20G-A

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Crystals

Crystals form the basis of many technological applications. In particular, the FC-12M 32.7680K20G-A crystal is widely used for communications and electronic applications due to its precision, accuracy and stability.

The FC-12M 32.7680K20G-A Crystal is a quartz crystal that is designed to operate over a wide temperature range. It is made of a single piece of piezoelectric quartz. The piezoelectric property of quartz is what allows it to be used in a wide range of applications. The FC-12M 32.7680K20G-A Crystal has an operating temperature range from -25°C to 70°C.

The most common use for the FC-12M 32.7680K20G-A Crystal is in frequency control applications. These applications are typically found in communication devices such as radios, TVs, and cell phones. The crystal works by producing an electric signal when stimulated by an external voltage source. This signal is then used to control the frequency being output from the device.

The frequency of the signal output from the crystal is determined by the cut of the quartz and the shape of the package. These two factors determine the resonance frequency of the crystal, which is the frequency at which the crystal will produce its signal. The FC-12M 32.7680K20G-A Crystal is designed to operate at 32.768Khz, which is the frequency used in many communication systems.

The FC-12M 32.7680K20G-A Crystal also has a high tolerance for temperature changes. This helps to ensure that the frequency of the crystal remains consistent, regardless of any temperature fluctuations. Temperature stability is an important factor when using crystals for communication devices, as fluctuations can interfere with the signal and cause errors in the transmission of data.

The FC-12M 32.7680K20G-A Crystal is also highly accurate and offers a high level of stability over its operating range. This is due to the fact that it is made from a single piece of quartz. Quartz is a naturally occurring substance and is much more stable than other materials used for frequency control, such as ceramic or silicon. The FC-12M 32.7680K20G-A Crystal is also much more accurate than other crystals, as it does not drift in frequency over time.

In addition to communication devices, the FC-12M 32.7680K20G-A Crystal is also used in clocks and timers. As with communications, this crystal offers a high level of accuracy and stability, ensuring the clock or timer will remain accurate over time.

The FC-12M 32.7680K20G-A Crystal is widely used in many applications due to its accuracy, stability, and performance over temperature. As a result, it has become one of the most popular crystals for communication and electronics applications.

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