XXDBPLNANF-25.000000 Crystals, Oscillators, Resonators

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Crystals are amongst the most advanced and scientifically essential components in today’s technology. These solid materials are made up of a crystalline lattice structure, which is composed of regularly arranged atoms, ions, or molecules. Each type of crystal has its own minerals, ions, and other constituents, as well as its own physical and chemical properties. Such diverse characteristics render each crystalline element suitable for specific applications. One such crystal is the XXDBPLNANF-25.000000, which is frequently found in the electronics sector and plays a fundamental role in its functionality. In this article, we will explore the range of applications for this crystal and the underlying working principle.

Applications

The XXDBPLNANF-25.000000 Crystal is best known for its ability to produce a precise frequency output, which is its most demanded property by the entertainment and communication electronic equipment markets. It is a piezoelectric effect-based tuning fork oscillator, capable of producing an independent output frequency. Such characteristics make it an ideal choice for a spectrum of applications, including TV receivers and satellites, radio equipment, digital recorders, and mobile phones. In addition, it can be used in PC hard drives, modems, and Bluetooth devices. Being vibration-resistant and having operating temperature range of -30 – +70 centigrade make it suitable for the automotive and factory automation sector, as well as its original electronics applications.

Working Principle

The unique working principle of the XXDBPLNANF-25.000000 Crystal is known as the piezoelectric effect. In this type of crystal, the two main components are piezoelectric material and a compliant electrode. This material has a muscular reaction when exposed to voltage, resulting in the creation of a broad-frequency sound. The compliant electrode reduces the vibrations in the crystal and produces a more stable frequency. The frequency is tuned according to the pull frequency of the tuning fork. It then produces an electrical signal that is amplified by the amplifier and is used to identify a range of frequency in the circuits.

The XXDBPLNANF-25.000000 Crystal is a preferred choice for frequency control applications in embedded systems, as it has a high frequency accuracy, excellent stiffness, and a low average static pull range, making it stable and reliable. The superior stability of this crystal makes it ideal for various systems and applications, such as communications, satellite navigation, wireless communication, and embedded systems.

Conclusion

The XXDBPLNANF-25.000000 Crystal is specially designed to produce an accurate and stable frequency output. It is widely used in the electronics sector due to its piezoelectric effect, which is enabled by the compliant electrode. It has a high frequency accuracy and excellent stiffness, which makes it a preferred choice for frequency control applications in embedded systems. The crystal also has a low average static pull range, making it stable and reliable. In addition, its vibration-resistant capabilities and operating temperature range of -30 – +70 centigrade make it suitable for various automation and electronics applications.

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