7V-13.000MAAV-T

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Crystals are materials that can store, bundle and release energy, making them powerful and essential components in our day-to-day lives. Among the many types of crystals, 7V-13.000MAAV-T is one of the most versatile and popular. In this article, we will discuss the application field and working principle of 7V-13.000MAAV-T crystal.

The 7V-13.000MAAV-T crystal is metallized for RF coaxial applications, such as RF filters, RF amplifiers, oscillators, and more. It has ultra-small package size, efficient attenuation and insertion loss, low phase noise, and excellent temperature stability. These characteristics make the 7V-13.000MAAV-T crystal has advantages in RF and microwave applications like commercial wireless networks, land mobile stations and satellite communication systems. In addition, its excellent shielding effect makes it suitable for high-frequency and high-data-rate applications.

The working principle of 7V-13.000MAAV-T crystal is based on the oscillation phenomenon. In a normal interval between two contiguous pole faces of crystals, there will exist vertical elastic force and horizontal elastic force. When the horizontal elastic force that is created by the integrity of the two contiguous pole faces reaches its critical value, the vibromotion intense will make the Crystal structure vibrates in a certain frequency. When an outside electrical driving force is imposed on it, the internal resonance frequency of the Crystal will make the driving force increase and the frequency will remain stable. After the external electrical driving force is cut off, the Crystal will still oscillate in its intrinsic frequence. By turning the amplitude of the external electrical driving force, we can obtain the different types of resonance frequency in the Crystal.

The 7V-13.000MAAV-T crystal is highly reliable and suitable to be used in aviation navigation, aerospace communication and other application fields that need highly stable frequency output. It is capable of providing ultra-stable frequency with excellent temperature characteristics. In addition, compared to other RF components, 7V-13.000MAAV-T crystal also has highQ-factor which allows it to reach a very stable frequency with little phase noise. This makes the 7V-13.000MAAV-T crystal well-suited for applications that need an ultra-stable frequency reference, such as SONET (Synchronous Optical Network) optical fiber communication systems and radio communication systems.

In conclusion, the 7V-13.000MAAV-T crystal is widely applied in modern ultra-stable frequency applications due to its stable frequency output, low phase noise and excellent temperature characteristics. Its metallized package makes it compatible with many RF applications, such as RF filters and oscillators. This makes 7V-13.000MAAV-T crystal a perfect choice for aviation navigation, aerospace communication and SONET optical fiber communication systems.

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