9B27000280

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Crystals are a type of solid-state material structure composed of many atoms arranged in a periodic and orderly array. While the size, shape and purpose of crystals varies with the material, they have a variety of applications in general and specific technology. A particular crystal with the part number 9B27000280 is a type of material that serves specific applications and has a particular working principle.

Overview of 9B27000280

The specific 9B27000280 crystal is a small quartz unit with a frequency or wafer size of 10.2768MHz and a tolerance of 30ppm. It is powered from an extra low voltage supply at 1.8 to 3.3 volts. The dimensions of the crystal are 7.2mm x 5.0mm x 2.4mm. This crystal also has a mounting style of electrodes, making it well-suited for circuits with a variety of requirements.

Application Field of 9B27000280

The 9B27000280 crystal is most often found in residential and commercial clocks, timers, and other small circuits. It is commonly utilized in watches, pocket PCs, low-power devices, and most digital audio devices. As such, it is a popular item used in the production of TVs, cell phones, digital cameras, gaming devices, and other electronics. In addition, this crystal is often used in measuring instruments, meters, and microwave ovens, either as a receiver or a transmitter.

Working Principle of 9B27000280

At its core, the 9B27000280 crystal works through the principles of resonance and acoustic waves. It has two electrodes: one electrode is connected to the ground, and the other is connected to the power source. When power is supplied to the crystal, it creates an electrical field that resonates at a specific frequency. The resonance causes the wafer to vibrate, creating an acoustic wave.

The acoustic wave then passes through the quartz and back to the electrodes, where it is absorbed by the power source and converted into digital signals. The frequency of the signal is determined by the dimensions of the crystal, as well as its resonance frequency, which is determined by the size, shape, and other characteristics of the crystal itself.

The 9B27000280 crystal is usually coated with a protective material to ensure that the signal stays intact and vibrates at the right frequency. In most cases, this protective layer is a combination of dielectric, ceramic, and metallization materials that all serve specific purposes.

Conclusion

The 9B27000280 crystal is a type of crystal that serves specific applications in the fields of electronics, measuring instruments, and clocks. It utilizes the principles of resonance and acoustic waves to vibrate at a specific frequency and produce digital signals. This crystal requires an extra low voltage supply, has two electrodes, and is coated with a protective material. In this way, the 9B27000280 is a versatile and powerful tool for producing a variety of different digital signals in a variety of devices.

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