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Crystals

Crystals have extensive applications in various technologies and industries, from the semiconductor industry to the medical and industrial fields. One particular crystal, the 9C-28.63636MEEJ-T, is an especially versatile and widely utilized crystal for numerous purposes.

The 9C-28.63636MEEJ-T is compatible with a variety of mounting structures, including through-hole and through-glass configurations, making it a popular choice in electronics. The oscillator provides a wide frequency range of 4MHz to 75MHz and is designed to be stable and reliable, meaning it can be used in devices that require precise measurements and tolerances. In addition, the 9C-28.63636MEEJ-T crystal is resistant to temperature variations, making it well suited for devices that are expected to be exposed to extreme temperatures.

The 9C-28.63636MEEJ-T crystal is widely used in radios, digital systems, and medical instruments. For radio applications, the crystal is often used as a timing element, providing a consistent pulse frequency to control the transmission and reception of signals. In digital systems, the crystal is used to synchronize circuit clocks, and often replaces quartz oscillators to save power. In medical instruments, the crystal is used for time keeping and for providing a constant and reliable frequency for various measurements.

The working principle for the 9C-28.63636MEEJ-T crystal is based on the piezoelectric effect, which is a phenomenon where electric fields are produced by applying pressure to a dielectric material. When a voltage is applied to the electrodes of the device, the piezoelectric material in the crystal generates a small physical deformation, which generates a mechanical vibration in the device. This mechanical vibration is then transformed into an electromagnetic wave, which is used to provide a precise timing signal.

In summary, the 9C-28.63636MEEJ-T crystal is a reliable and versatile oscillator crystal suitable for many applications. Its wide range of frequency capabilities, wide temperature range, and piezoelectric working principle make it a popular choice for radio, digital, and medical applications.

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