MP111-E

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Crystals form the basis of modern technology, and the MP111-E is one of the most versatile and compact crystals available today. By harnessing the power of crystal oscillations, the MP111-E provides a wide variety of applications in different fields.

The MP111-E crystal has a maximum operating frequency of 3.6GHz, with a frequency stability of 0.25ppm over a temperature range of –155 to +175°C. The crystal’s low power consumption and design make it suitable for use in many applications, including cell phone base stations, navigation systems, and microwave components.

One of the most common applications of the MP111-E is in the communication field. The combination of its wide frequency range, high stability, and small design makes it the ideal component for use in radio transceivers. The crystal oscillation frequency produced by the MP111-E can be used to accurately establish the center frequency of an RF signal, allowing a high degree of accuracy in communication transmissions.

The MP111-E can also be used in the navigation field. Its crystal oscillation frequency is critical for accurate navigation, as it establishes the basis for comparing navigational signals from different sources. The MP111-E is highly stable, allowing for accurate navigation in even the most difficult environments, such as beneath the sea and in outer space.

The MP111-E is also well-suited for use in industrial environments. Its crystal oscillation frequency can be used to generate accurate timing signals, which are critical for many industrial processes. It is also used for frequency synthesis to create frequencies for use in industrial computers and control systems.

The working principle of a crystal oscillator is based on the fact that crystals exhibit a mechanical resonance, which is caused by the vibrations of the crystal lattice structure. When a voltage is applied to the crystal, it creates electrostatic forces that cause the crystalline structure to vibrate. By varying the voltage applied to the crystal, the frequency of the vibration can be changed. This frequency is then used as the crystal oscillator’s output frequency.

The MP111-E crystal is a highly versatile and reliable component, and its wide range of applications make it one of the most popular crystals on the market. Its high frequency stability and small design make it suitable for use in many different applications. In addition, its low power consumption and design make it the ideal choice for many communication and navigation applications. The MP111-E is an excellent choice for any application, where accuracy is essential.

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