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Crystals

FC8AQCCMC3.6864-T1 application field and working principle

Crystals are very important to sustain and stabilize the frequency of electric signals. The FC8AQCCMC3.6864-T1 crystal, one of the common quartz crystal products of Kaiyuan Electronics Group, is now widely used in the fields of communication, medical and instrumentation. Comparing with other common crystals, this type of crystal has higher accuracy, more precise time constants, better load capacity and wider working temperature range.

The FC8AQCCMC3.6864-T1 crystal is made up of two parts -- a quartz crystal and a casing. The quartz crystal is an oscillator which determines the signal frequency. When the quartz crystal is placed between two metal electrodes, it releases an electric signal with a fixed frequency. The casing is an insulating container which encloses the quartz crystal. At the bottom and the side of the container there are several pins which help to ensure the stable connection with other electronic parts.

This type of crystal has higher accuracy than other common models because of its high purity quartz material and excellent cut processing technology. The time constants are more precise due to its larger capacitance compared with the other models. Its load capacity & temperature range is higher because of the highly-integrated construction design. Additionally, its multi-element oscillator and high-precision trimmed capacitors make its operation more stable.

FC8AQCCMC3.6864-T1 crystal has been widely used in the medical field and communications due to its high accuracy, more precise time constants, better load capacity and wider working temperature range. Its availability of various frequency selections make it ideal for electric equipment manufacturers to design low power consumption products. Apart from that, this type of crystal is also applied in the instrumentation and military fields due to its ability to reduce unnecessary signals. Very popular among electronic device manufacturers, the FC8AQCCMC3.6864-T1 crystal has become the prime choice for many products requiring precise frequency control.

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