9C16070005

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Crystals are widely used today in a variety of applications, such as radio and television, military tools, medical equipment, electronic equipment and so on. In particular, 9C16070005 is one of the most commonly used crystals. This article will introduce this crystal’s application field and working principle.

Applications

The 9C16070005 crystal is an active crystal with a frequency of 16MHz, HCMOS output, and a ±20ppm frequency tolerance. It is widely used in computers, cellular phones, digital video and other digital products, as well as in other embedded systems and instrumentations. Due to its low cost and wide frequency range, it is also suitable for use in systems requiring synchronization, such as electronic timers, sensor networks and radio communication equipment.

The 9C16070005 crystal is particularly prized for its low power consumption, high reliability and robustness to temperature changes. Its low power consumption makes it an ideal choice for small and low cost products, such as computer motherboards or peripheral devices. Its robustness to temperature changes makes it suitable for use in extreme temperature environments, such as deep inside mines, high above the Arctic circle or underwater.

In addition, the 9C16070005 crystal is also well suited for use in very small products, such as ICs or watch chips, as its small size makes it easy to fit into limited space.

Working Principle

The working principle of the 9C16070005 crystal is based on its structure. It is composed of two parallel plates of quartz crystal with a conductor attached to each plate. When an electric signal (EM oscillation) is applied to the quartz crystal, it begins to vibrate, producing resonance at a particular frequency, depending on the size of the quartz crystal. At the same time, the conductor transforms the mechanical vibration into an electrical signal.

This crystal takes advantage of the property of a quartz crystal to have a strong natural resonance at a certain frequency. During operation, electric signals are applied to the crystal, and this causes mechanical vibrations of the crystal at a fixed frequency. The frequency of the vibrations is, in turn, transmitted to the electric signal, causing it to oscillate at the same frequency, producing a stable output.

The 9C16070005 crystal is a high-quality, temperature compensated crystal oscillator (TCXO) that uses a robust quartz crystal combined with special compensation circuits to produce a highly stable and accurate frequency output.

Conclusion

The 9C16070005 crystal is a popular crystal for use in a wide range of applications. Its low power consumption, high reliability, robustness to temperature changes and small size make it ideal for use in computers, cellular phones, digital video, embedded systems, instrumentations and other products. Its working principle is based on the natural resonance of a quartz crystal, which produces a stable output when electric signals are applied to it.

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