SIT9121AI-2C2-33E122.800000Y

Oscillators are important components for any electronics systems. The SIT9121AI-2C2-33E122.800000Y is an example of one such oscillator, providing a precision time source that is accurate and reliable. It is designed for high frequency applications and is commonly used in telecommunications, industrial control and embedded systems.

The SIT9121AI-2C2-33E122.800000Y is a low-jitter, quartz crystal-based oscillator. It has an excellent temperature stability and is designed for extended temperature range operation. The oscillator is available in several different frequency variants (18.432MHz, 19.2MHz, 20.25MHz and 21.3MHz), and is specifically designed for applications requiring high accuracy and reliable operation.

The SIT9121AI-2C2-33E122.800000Y provides a low jitter signal over a wide range of frequencies and amplitudes. The oscillator includes a built-in automatic gain control (AGC) amplifier, which ensures a low-noise signal over temperature and VPF changes. The AGC also eliminates the need for any external gain control circuitry.

The oscillator’s low jitter performance is based on its superior quartz crystal resonator, designed for excellent phase noise and jitter performance. Furthermore, the frequency stability of the oscillator is further improved by its high thermal stability of ±0.7 ppm/°C. This ensures that the oscillator’s output signal remains stable even in extreme environmental temperature conditions.

The SIT9121AI-2C2-33E122.800000Y can be used in a wide variety of applications, including communications, industrial control, and embedded systems. In telecommunications, it can be used for frequency selectivity functions such as frequency tracking, frequency counting, frequency analysis, and more. In industrial control applications, it can be used for precise timing control and synchronization of multiple devices. In embedded systems, it can be used for system level timing, triggering, and synchronization.

The SIT9121AI-2C2-33E122.800000Y provides a flexible, reliable and accurate time source for many different electronic applications. Its precision, stability and robust operation makes it an ideal choice for a wide variety of applications.