SIT8008AI-22-25S-12.288000D

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Oscillators are indispensable components of any electromagnetic system. They convert a DC signal into an AC signal, which is then used by all kinds of electrical and electronic circuits. In the family of oscillators, SIT8008AI-22-25S-12.288000D is one of the most advanced ones. This article will talk about its application field and working principle.

Application Field of SIT8008AI-22-25S-12.288000D

SIT8008AI-22-25S-12.288000D is an oscillator with a frequency of 12.288MHz and a steady state frequency accuracy of ±25ppm. It is designed for use in system timing and is suitable for wide range of industrial designs. Ranging from mobile equipment, such as tablets and smartphones to industrial design, such as test instruments, the SIT8008AI-22-25S-12.288000D can be applied in a variety of designs. Due to its rather high frequency, it can also be used in high-speed networks, such as GbE systems (Gigabit Ethernet). With its small packaging size of 2520 (3.2mm x 2.5mm x 0.9mm), the SIT8008AI-22-25S-12.288000D is the ideal choice for saving valuable design space.

Working Principle of SIT8008AI-22-25S-12.288000D

Like other oscillators, the SIT8008AI-22-25S-12.288000D uses a circuit to convert a DC signal into an AC signal. When a DC voltage is applied to the oscillator, an electronic circuit called an oscillator circuit is activated, which produces an AC output. This AC signal is then fed back through feedback components, such as Crystal oscillators and capacitors, to form a positive or negative feedback loop. This is the oscillator circuit that the SIT8008AI-22-25S-12.288000D uses. The resulting AC output is then used as a system clock to time various electrical components within the design, making it possible for an electronic device to function as designed.

Conclusion

SIT8008AI-22-25S-12.288000D is a modular oscillator with an operating frequency of 12.288MHz and a frequency accuracy of ±25ppm. Its small package size makes it suitable for a variety of industrial design, especially mobile devices and high speed networks. Its working principle is similar to any other oscillator circuit, where a positive or negative feedback loop is established by feedback components, resulting in an AC output that is used to time various components within the design.

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