405C35S36M00000

Crystals are devices used to regulate electrical signals and for the production of electrical resonators to filter electronic signals. The 405C35S36M00000 is an oscillator crystal primarily used within the telecommunications sector thanks to its ability to filter radio-frequency (RF) signals. This article will explain the application field of the 405C35S36M00000 and how it works.

Application Field of the 405C35S36M00000

The 405C35S36M00000 has a frequency of 7.72MHz and can be used anywhere where a stable, precise frequency is required. Its most common application is to rectify and filter frequencies in the 4GHz range which makes it perfect for use in the telecommunications sector. It is also used for time-keeping in devices, for PLL (Phase Locked Loop) and for controlling SAW (Surface Acoustic Wave) devices and resonators.

Working Principle of the 405C35S36M00000

A 405C35S36M00000 is a piezoelectric oscillator crystal made from a quartz wafer that has been cut at precise intervals. These cuts create tension points called axes, which when energized emit electrical vibrations. The frequency of the vibrations is determined by the X, Y and Z axes on the quartz wafer. The 405C35S36M00000 is designed to operate at 7.72MHz and can operate anywhere between 4GHz and 8GHz.

The oscillator crystal obtains a steady, precise frequency by cycling electrical signals through the quartz wafer periodically. The frequency is determined by the thickness of the quartz and how it is cut. As the voltage increases, the electrical signals go through the quartz at a faster rate, increasing the frequency. Conversely, when the voltage is decreased the electrical signals take longer to pass through the quartz, thereby lowering the frequency.

Conclusion

The 405C35S36M00000 is an oscillator crystal commonly used in the telecommunications sector for the filtering of radio-frequency (RF) signals. It works by cycling electrical signals through a quartz wafer cut at precise intervals to obtain a stable, precise frequency of 7.72MHz. It is also used in time-keeping devices, PLLs, and for controlling SAW devices and resonators.