SIT1602BC-71-30N-3.570000G

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SIT1602BC-71-30N-3.570000G is an oscillator, which consists of an oscillatory circuit and a positive feedback network, combined with an amplifier. To generate an oscillation, its output is fed back to the input of the oscillator, which amplifies the original signal. In this way, the oscillator is able to generate a series of repeated oscillations at regular intervals, which makes it an ideal and widely used device for providing stable signals in logic circuits and digital computing operations.

Since the introduction of oscillators, their application fields have always been expanding. Depending on the type of oscillations, they are classified into different categories, and SIT1602BC-71-30N-3.570000G belongs to the crystal oscillator classification. Unlike other types, it utilizes an external quartz crystal as the controlling element, which makes it able to generate a much more accurate symmetrical waveform than most other oscillators. This makes it ideal for precise clock/timing signal requirements, since the frequency of oscillation is highly dependable and stable, making it a perfect choice for computers, telecommunication networks, watches, clocks, radio transmission radios, and audio/video receivers.

The output frequency of a crystal oscillator is determined by its operating temperature, type, and packaging. SIT1602BC-71-30N-3.570000G has an output frequency of 3.570000GHz, making it suitable for high-speed communications applications. Additionally, its frequency stability is much better than other types, thanks to the quartz crystal\'s uniquely low temperature coefficient. This ensures that this oscillator can sustain its frequency over a wide range of temperatures, providing stable signals and reliable operation. Furthermore, it offers very low phase noise performance, low jitter, excellent long-term stability, and high reliability.

Another advantage of crystal oscillators is that their operation noise level is low and does not require additional noise suppression circuits. This usually makes it the preferred choice for industrial and military applications, which require total reliability. Additionally, they are also used in medical and research applications, since their highly precise signals can greatly improve the accuracy of data acquired during studies or experiments.

In conclusion, SIT1602BC-71-30N-3.570000G is a highly reliable and precise crystal oscillator, designed for high speed communications, broadcast, medical, and research applications. Its low temperature coefficient ensures stability and reliability of output signals, and its low operating noise level makes it suitable for various industrial applications.

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