XYGEGLNANF-25.000000

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Crystals play a vital role in various technologies and industries, from providing navigation and synchronization assistance in electrical communication systems to contributing to the medical industry by way of various medical imaging technologies. XYGEGLNANF-25.000000 is a type of crystal that has the unique capability to drive the performance and accuracy of multiple devices by providing the ability to generate very precise frequencies and outputs. This article will cover the internal structure, application fields, and working principles of XYGEGLNANF-25.000000.

Internal Structure

XYGEGLNANF-25.000000 is composed of multiple layers including the substrate, base layer, electrodes, oxide layer, crystalline layer, and passivation layer. The substrate serves as the base for the other layers and its main purpose is to provide a strong and rigid form for mounting purposes. The base layer is composed of thin film conductor materials such as aluminum or titanium and it’s responsible for connecting the electrodes to the adjacent layers. The electrodes are usually made of gold or silver, and their main purpose is to extract the produced voltage outputs. The oxide layer serves to protect the crystal by isolating it electrically from the other components, while the crystalline layer provides the desired vibrational characteristics of the crystal. Finally, the passivation layer is composed of an insulator such as silicon dioxide and its purpose is to contain and protect the electrical signals.

Application Fields

XYGEGLNANF-25.000000 is most commonly used in radio communication systems for navcom, timing and synchronization purposes, as well as for enabling precision frequency in wireless Radio Frequency (RF) technologies including Bluetooth and Wi-Fi. These crystals are also used in various medical imaging technologies, such as computed tomography (CT) scans, to provide precise timing for data acquisition. In addition, this crystal has applications in thin film sensing applications that require high-precision timing as well as in various industrial automation and process control systems.

Working Principle

The working principle of the XYGEGLNANF-25.000000 crystal is based on electro-mechanical vibration. Its thin layers of electrical conductor and insulator materials vibrate at a very precise frequency when an electric current is applied. The frequency depends on the dimensions and the materials used, and can be easily adjusted by changing the external circuit parameters or the signal input. The resulting vibrations are then transmitted as electrical signals and produce a very precise, stable output that can be used to synchronize various digital devices or timing devices.

In conclusion, XYGEGLNANF-25.000000 is a crystal that is widely used in various industries due to its good performance and high precision. It has multiple layers including the substrate, base layer, electrodes, oxide layer, crystalline layer, and passivation layer. Its main applications include radio communication systems for navcom, timing and synchronization purposes, as well as for enabling precision frequency in wireless Radio Frequency (RF) technologies. Its working principle is based on electro-mechanical vibration and it produces a very precise, stable output.

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