FC7BQCCMC6.0-T1 Crystals, Oscillators, Resonators

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Crystals

FC7BQCCMC6.0-T1 is a kind of quartz crystals with six parallel electrodes of a dual in-line plastic package, highly integrated and based on advanced \'5th order\' AT-cut quartz crystal technology. This crystal is used in many applications such as clock oscillators, communication systems, PLL frequency synthesizers, etc. The 6.0-T1 is an innovative, stable and versatile quartz crystal product with ultra low frequency drift and excellent environmental stability capabilities.

Application Field

FC7BQCCMC6.0-T1 has several applications related to frequency stability and controlled oscillations, it can be used in radio transceivers, terrestrial digital radio, broadcasting systems, digital television, media players, etc. Additionally, the 6.0-T1 is also suitable for QR code scanners and radio communication protocols. It efficiently provides the tight control of frequency for a variety of RF applications.

Working Principle

FC7BQCCMC6.0-T1 works based on quartz and piezoelectric crystals. Piezoelectric crystals are materials that produce electric charges when subjected to mechanical stress. Quartz has long been accepted as the optimal piezoelectric crystal material due to its very high comb rate and low electrical noise. When subjected to electric signals, quartz generates vibrations or elastic waves. These waves are then used in communication systems. The 6.0-T1 quartz crystal has precisely machined facets that can control the frequency drift down to 30ppb, thus providing extremely high performance.

It also has an anisotropic design, where the electrical field is concentrated in between the electrodes and is mostly absent from the edges, thus providing an optimized electrical field for efficient frequency control. The 6.0-T1 quartz crystal also has excellent environmental stability capabilities and can work in temperatures up to 70°C. It provides a highly reliable frequency source for communication systems and is highly resistant to mechanical shock, vibration and temperature fluctuations.

The Benefits

FC7BQCCMC6.0-T1 brings many benefits to the design of communication systems. It has an easy to assemble design, and its electrical field is simpler to control than traditional oscillators, resulting in a more efficient design. It also provides extremely high performance in terms of frequency control, with a drift rate as low as 30ppb, which is much lower than other quartz crystals. Furthermore, it has a wide temperature range and is extremely resistant to mechanical shock, vibration and temperature fluctuations. Finally, it is easier to integrate into a variety of RF applications, as it comes with a user-friendly interface.

Overall, the FC7BQCCMC6.0-T1 quartz crystal is an extremely reliable and efficient crystal product, offering superior performance in frequency control, excellent environmental stability capabilities and user-friendly integration. Its low frequency drift and wide temperature range make it a perfect choice for various RF applications.

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