SIT9120AI-2D2-25E166.666660X

Oscillators are used in a wide range of applications, including electrical, electronics, and radio engineering. One of the most popular oscillators is the SIT9120AI-2D2-25E166.666660X, which is used for phased-locked loop (PLL) applications. This oscillator has several unique features, including a low Jitter, a wide Frequency Range, and a high Thermal Stability.

The frequency range of the SIT9120AI-2D2-25E166.666660X oscillator is from 0.01 Hz to 166.666660 MHz. This allows it to be used in a variety of different applications, including clock synchronization, multi-channel wireless communications, and other high-frequency applications. The oscillator is also designed to provide the best performance when operating at the same frequency, making it an ideal choice for applications that require precise frequency synchronization.

The SIT9120AI-2D2-25E166.666660X also has a low jitter. Jitter is the difference in frequency between successive cycles of the oscillator\'s output signal. A low jitter ensures the accuracy of the oscillator\'s frequency, which is essential for applications such as frequency synthesis, timing synchronization, and clock generation. The oscillator also offers a wide temperature range, which ensures it will remain stable even in extreme temperatures.

The oscillator works by using PLL techniques to generate an output. The oscillator generates a fixed frequency output signal and uses this signal to lock the frequency of an incoming signal. This locked frequency can then be used to generate other frequencies as needed. The oscillator also has a special built-in temperature compensation feature which helps to maintain a stable output signal when the temperature changes.

The SIT9120AI-2D2-25E166.666660X oscillator is a reliable and cost-effective option for a variety of applications, including cellular networks, wireless communications, and more. It is a reliable and highly versatile oscillator, and is the perfect choice for applications where accuracy and stability are essential.