SIT9120AC-2C2-25E133.333000T

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Oscillators are a very important type of electronic component that plays a significant role in communication. The SIT9120AC-2C2-25E133.333000T, also termed as the Sitronix SIT9120 Oscillator series, is a tile-type crystal oscillator that belongs to the oscillator family.

The SIT9120 is designed to be a low power oscillator that operates within the frequency range from 5 to 266MHz. Designed with a high level of accuracy, the oscillator is ideal for high accuracy and high reliability applications such as radio modules, wireless systems, GPS, and smart meters. It features a surface mount design and has an extremely low power consumption of less than 3 mW. The chip is fully RoHS compliant and provides a long stability throughout its entire operating temperature range of -40°C to +125°C.

The SIT9120 is a dual-phase-locked loop oscillator, which means that it can regulate and maintain two different output frequencies. The oscillator is connected to the main set of frequencies and can use one of them as an input into the oscillator loop. A VCO, or voltage-controlled oscillator, then takes this input and uses it to regulate the output frequency. The output of the VCO is regulated by a phase comparator, which is used to compare the phase of the signals. Any frequency difference or displacement detected is then corrected by the loop filter, which helps to ensure that the output remains stable.

The SIT9120 also includes a set of functions designed to eliminate spurious emissions, such as phase-lock protection, noise suppression, and low jitter. This makes the oscillator suitable for high-end communication systems. It is also designed to be compact, allowing it to be used in space-restricted applications.

The SIT9120 series is a great solution for time-sensitive communication applications, due to its high accuracy, low power consumption and wide range of frequency options. It is perfect for cellular, Bluetooth, and automotive applications, as well as a variety of other communication applications.

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