SIT8208AC-GF-18E-10.000000X

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Oscillators play an important role in the fields of engineering and computer science, and the SIT8208AC-GF-18E-10.000000X oscillator belongs to this family. This article details the various properties and applications of this oscillator, as well as its principle of operation.

Description

The SIT8208AC-GF-18E-10.000000X oscillator is a quartz-based oscillator that operates at a frequency of 10.000000MHz. It provides a low current consumption of 3.6mA at a temperature range of -20°C to +70°C, and also features a promising tolerance of +/-50ppm. In addition, this oscillator features superior accuracy at higher temperatures, which further enhances its usability.

Applications

The SIT8208AC-GF-18E-10.000000X oscillator can be used in a variety of different applications. The most common of these is for use in communication systems, where its high accuracy, low current consumption, and wide temperature range allow it to operate reliably in harsh environmental conditions. Other possible applications include automotive systems, computing, medical imaging, data clocks, and RFID. In all these applications, the SIT8208AC-GF-18E-10.000000X oscillator delivers reliable performance, and its ease of use makes it a favorite among engineers.

Working Principle

At the heart of the SIT8208AC-GF-18E-10.000000X oscillator is quartz, which is a naturally occurring mineral that is abundant in nature. Quartz is an ideal material for use in oscillators due to its unique combination of physical and electrical properties. When connected to a power source, electrical current is passed through the quartz, causing it to vibrate at a very precise frequency. This frequency is then picked up by an electronic circuit, amplifying the signals and maintaining a steady frequency, regardless of the environmental conditions.

Conclusion

The SIT8208AC-GF-18E-10.000000X oscillator provides reliable performance in a wide variety of applications, and its ease of use makes it a favorite among engineers. Its quartz-based design allows for a low current consumption, superior accuracy at high temperatures, and a wide temperature range of -20°C to +70°C. Furthermore, its low tolerance of +/-50ppm makes it an ideal choice for communication systems and other electronics that require precision and stability.

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