SIT8208AC-G1-18S-16.368000Y

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Oscillators

SIT8208AC-G1-18S-16.368000Y is a side-mounted oscillator that can offer stablized performance over a wide range of environment and temperatures. As one of the most commonly used oscillators within the industry, this device has a range of applications and a working principle that both should be noted.

Applications

SIT8208AC-G1-18S-16.368000Y is an oscillator that is primarily designed for switch mode power supplies, DC-DC converters, and frequency-hopping applications. This makes it an ideal choice for consumer electronics, communications, LED lighting, computing, and medical electronics.

It is worth noting that this oscillator is well protected against environmental conditions, achieving up to 260°C in temperature operation, 1.8V power supply voltage, and conserving energy with a 0.9V supply voltage.

Working Principle

The SIT8208AC-G1-18S-16.368000Y is a phase-locked oscillator that works by taking a reference frequency signal and sampling it before using the information to create an adjustable output signal. The process is automated using an internal circuit and a voltage-controlled feedback loop. This feedback system enables an incredibly accurate and stable output signal over a wide range of conditions including temperature and environmental changes.

The device works within an optimum range of 8MHz to 32MHz with an average cycle jitter of approximately 0.75ps and typical cycle-to-cycle jitter of 1ps. This oscillator also uses a frequency stability of ±25ppm over a temperature range of -40°C to 85°C.

Finally, the oscillator features an \'open drain\' control logic. This logic works by allowing multiple devices to be connected together and act as a single element. This often enables easier board routing and reduces the need for extra components.

Conclusion

The SIT8208AC-G1-18S-16.368000Y oscillator is an incredibly reliable and versatile device that can be used in a wide range of applications. Its ability to handle a wide range of temperatures and conditions coupled with its precise output waveforms make it an ideal choice within consumer electronics, communications, LED lighting, computing, and medical electronics.

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