XYLEELNANF-48.000000 Crystals, Oscillators, Resonators

Crystals have been used as electrical components in many fields owing to their piezoelectricity. XYLEELANF-48.000000 is a special silicon crystal oscillator that has found its applications in electronic designs where high accuracy, excellent temperature stability and low power consumption are desired. It is, therefore, critical to understand what it is, its application field and working principle.

XYLEELANF-48.000000 is a 4 MHz silicon crystal oscillator. It is integrated with an oscillator and is fabricated using high-temperature co-fired ceramic technology. With a supply voltage of 3.3V, it features a maximum frequency of 4MHz and an accuracy error rate of 0.25ppm over a wide temperature range from -40 to 85 ℃. Additionally, its low operating temperature of -20℃ makes it highly reliable in harsh operating temperature environments.

One of the primary applications of XYLEELANF-48.000000 is in radio communications. It is commonly used in radio frequency (RF) transceiver designs as it combines low power consumption and high accuracy, thus allowing for a more compact design. Other applications include embedded systems due to its low power consumption, as well as telecommunications and medical devices owing to its high reliability across different temperatures.

The working principle of XYLEELANF-48.000000 is based on its piezoelectric properties. When an electrical current is applied to its electrodes, the crystal vibrates with a certain frequency, generating an electrical signal. The frequency of the signal generated is determined by the characteristics of the crystal. The signal generated can then be used to control the output of electronic devices.

In conclusion, XYLEELANF-48.000000 is a 4 MHz silicon crystal oscillator that has a wide range of applications including radio communications, embedded systems, telecommunications, and medical devices. This crystal oscillator is characterized by its low power consumption, high accuracy, and excellent temperature stability, making it highly reliable for use in harsh environments. The working principle of XYLEELANF-48.000000 is based on its piezoelectric properties, which results in a high frequency output from its electrodes upon the application of an electrical signal.