9C-14.31818MAAE-T Crystals, Oscillators, Resonators

Crystals are a form of solid matter that have well-ordered structures, giving them unique physical, chemical, and electrical properties that can be used in a variety of ways. One of the most important of these is the 9C-14.31818MAAE-T crystal, which is used in various electronic equipment, from cell phones and computers to digital cameras and even TVs. In this article, we will explore the application fields and working principles of the 9C-14.31818MAAE-T crystal.

The 9C-14.31818MAAE-T crystal is a quartz-based crystal with a cut plane of +z/. It is made of aluminum nitride (AlN) and has a frequency accuracy of -20 ppm. It is also known as an AT-cut crystal, as it is designed to have a specific electrical frequency range and tolerance, allowing it to function as an accurate frequency control element. The frequency accuracy of the crystal allows it to be used in a wide range of applications, including frequency-dependent components such as oscillators.

One of the main application fields of the 9C-14.31818MAAE-T crystal is in the production of oscillators and other frequency-dependent components. Oscillators are devices that generate a signal at a certain frequency. They are used in various electronic devices, from digital watches to computers. With the 9C-14.31818MAAE-T crystal, these oscillators can be produced with an accuracy of -20 ppm, providing reliable frequency control for various devices.

Apart from oscillators, the 9C-14.31818MAAE-T crystal is also used in various radio communication systems. In these systems, the crystal is used to generate a signal at an extremely precise frequency, which is then used to transmit data or other signals at a fixed and known frequency. By using the 9C-14.31818MAAE-T crystal, the signal can be produced with a much greater accuracy and stability, allowing it to be used in more reliable and efficient systems.

The working principle of the 9C-14.31818MAAE-T crystal is based on the fact that when a quartz crystal is cut in a specific direction, it produces an oscillation frequency that is proportional to the size of the crystal and the electrical properties of the crystal. This is because, when a voltage is applied to the crystal, the crystal will bend and distort slightly. This distortion will result in an increase or decrease in the electrical capacitance of the crystal, which will cause it to oscillate at a particular frequency. By controlling the size and the electrical properties of the crystal, the frequency of its oscillations can be accurately controlled.

The 9C-14.31818MAAE-T crystal is a highly precise and reliable crystal that is used in many different electronic and communication applications. It is designed to have a specific electrical frequency range and tolerance, allowing it to function as an accurate frequency control element. It can be used in the production of oscillators and other frequency-dependent components, as well as radio communication systems. The working principle of the crystal is based on its ability to distort and oscillate when a voltage is applied to it, producing an accurate and stable frequency.