7V-16.384MAAJ-T

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Crystals play an important role in the world of electronic engineering, their use dates back to the invention of the first electronic devices. The 7V-16.384MAAJ-T crystal is an encased crystal that has been designed for use in high speed applications.

The 7V-16.384MAAJ-T crystal is designed for use in very high speed applications, such as frequency synthesis, and clock generation. This crystal is designed for operations up to 16.384 MHz, using an overdrive rating of 5.6V. The 7V-16.384MAAJ-T offers excellent performance and stability in a wide range of high speed electronics.

The 7V-16.384MAAJ-T is a high frequency clasp or encased crystal. It has the same design as other clasp crystals, where a cap is used to contain the crystal and create a seal to protect it from air and moisture. This crystal also has a built-in voltage regulator for voltage stabilization, and an integrated temperature compensation circuit for additional stability.

The 7V-16.384MAAJ-T crystal is an ideal choice for frequency synthesizers, clock generators, and oscillators requiring high frequency and exceptional stability. This crystal is also suitable for use in signal-processing and communication applications, as well as other applications that require high operating speeds and low power consumption.

The working principle of the 7V-16.384MAAJ-T crystal is based on the principle of piezoelectricity. In a piezoelectric crystal, an electric field is created when pressure or vibration is applied to the crystal. This field creates small electric potentials, which can then be harnessed to produce an oscillating frequency. The 7V-16.384MAAJ-T is designed to produce a frequency of 16.384 MHz when an overdrive voltage of 5.6V is applied.

The 7V-16.384MAAJ-T crystal is a high-performance crystal designed for use in high speed applications. It has a built-in voltage regulator and temperature compensation circuit for additional stability and protection. The frequency generated is based on the principle of piezoelectricity, where an electric field is created when pressure or vibration is applied to the crystal. The 7V-16.384MAAJ-T is a versatile crystal that can be used in frequency synthesis, clock generation, and signal-processing applications.

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