MP052C

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Crystals are materials with a highly organized internal structure, which are two dimensional following an ordered array of atoms known as a crystal lattice. Crystals can be made from a wide range of materials, and each type has unique properties which give it special applications. One of the most common types of crystals is the dielectric resonator, which is used in many fields including telecommunications, electronics, and medicine. An example of a dielectric resonator is the MP052C, which is a high performance crystal oscillator designed for mission critical applications. In this article, we will discuss the application field and working principle of the MP052C.

The MP052C is a dielectric resonator crystal oscillator with a wide frequency range of 16 kHz to 140 MHz. It is able to operate at temperatures between -20 and 65 °C, and its low phase noise performance allows it to be used in high precision and noise-sensitive applications. The MP052C is an ideal solution for use in systems that need to perform critical tasks such as frequency synthesis, real-time communication protocols, and automated control systems. It is also well-suited for space and military navigation and communication systems due to its robust design and high stability.

As a dielectric resonator, the MP052C works by using an electrically insulating material to form a resonator chamber. The chamber is then filled with an crystal lattice which has an oscillator dielectric resonator built into it. When electric voltage is applied, an alternating electric field is generated due to the permittivity of the crystal lattice, which causes the oscillator to vibrate at its resonant frequency. This oscillation creates an AC current, which is sent out of the resonator to be used in the intended application.

The MP052C has a wide range of applications, such as frequency synthesis, real-time communication protocols, automated control systems, and navigation. In frequency synthesizers, the MP052C can be used to create precise and stable sine waves, which can then be used to generate frequencies for applications such as radio or high-speed data communications. In real-time communication protocols, the MP052C is used to generate a precise frequency that is crucial for maintaining the timing of data packets between devices. In automated control systems, the MP052C is used to gauge the speed and accuracy of machine operations, as well as to provide accurate timing signals for devices. Finally, in navigation systems, the MP052C is used to generate a precise frequency for guidance systems, such as aircraft navigation and guidance systems, which need to maintain a precise timing to ensure safe operation.

In summary, the MP052C is a highly reliable and accurate crystal oscillator that is well-suited for a wide range of applications. It is able to generate precise and stable frequencies for systems such as frequency synthesizers, real-time communication protocols, automated control systems, and navigation. Its robust design and high stability make it a great choice for mission critical applications, particularly in space and military navigation and communication systems.

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