SIT8008AC-13-18S-24.000000D

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Oscillators are essential components in a wide range of digital, analog and mixed-signal applications, serving as frequency references, audio and telecommunications, and as clocking elements for synchronizing circuits. Among them, SIT8008AC-13-18S-24.000000D belongs to the oscillator family, and has wide application fields and working principles.

SIT8008AC-13-18S-24.000000D is a miniature clock oscillator. The component is constructed using a quartz crystal that provides an extremely precise and stable oscillation frequency. Its small size and high stability across a wide temperature range make it well-suited for applications requiring precise and frequency reference, such as multimedia, embedded systems, automotive, industrial, communication and consumer electronics, etc..

SIT8008AC-13-18S-24.000000D works on the principle of a quartz crystal acting as a piezoelectric oscillator. It produces a signal of exact frequency by applying a voltage to the crystal, causing it to vibrate precisely. The crystal is typically sealed in a hermetically sealed container filled with inert gas to ensure performance stability over extended periods of time. It features a wide frequency range of 13-18S and a temperature stability of 24.000000D.

In terms of application fields, the SIT8008AC-13-18S-24.000000D oscillator is widely used in a variety ofclock-generator circuits, frequency dividers, signal generators, phase-locked loops and embedded controller designs, etc., benefiting from its high accuracy, wide frequency range and wide temperature stability. It provides an efficient and reliable timing and synchronizing functions in power amplifiers, radio receivers, base stations, TVsets, audio systems and other electronic products.

To conclude, SIT8008AC-13-18S-24.000000D is an important oscillator with application field and wide working principle. It features precision frequency control and a wide range of different output signals, making it an ideal choice for a wide range of electronics applications. Its miniature size and high stability make it a perfect fit for precision systems, having an important role in embedded systems, automotive, industrial and consumer electronic design.

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