SIT9120AC-2C3-XXE133.333000Y

Oscillators

The SIT9120AC-2C3-XXE133.333000Y oscillator is a versatile frequency synthesis oscillator typically used in applications such as telecoms, industry/automation, and medical equipment. It is built with a state-of-the-art low-jitter circuit design, helping to create accurate oscillator signals with excellent startup time and high-frequency stability. It is available in a wide range of frequencies and with options such as low-power operation, ultra-low-current consumption, and temperature-compensated quartz crystals (TCXOs).

This oscillator operates by generating a sinusoidal output signal, generated from a digital frequency synthesis technique. This allows the frequency of the output signal to be accurately controlled, using an internal digitally-controlled, voltage-controllable oscillator (DCVCO). The general idea behind this voltage-controllable oscillator is that it uses an oscillating electrical signal to create a voltage across a capacitor, which then results in the oscillator\'s frequency being controlled by the voltage. This makes the frequency of the oscillation adjustable, allowing for more precise and exact frequency control.

The SIT9120AC-2C3-XXE133.333000Y oscillator has a wide range of applications, including telecoms equipment, industrial machinery, medical instruments, as well as aerospace and defence technologies. It provides an excellent level of stability, while also allowing for adjustment of the output frequency, allowing for increased accuracy in delicate applications. In particular, its low-jitter circuit design makes it well-suited for applications involving precise time base generation and low-power operation.

In summary, the SIT9120AC-2C3-XXE133.333000Y oscillator is a versatile and reliable frequency synthesis oscillator providing excellent startup time, frequency stability and low-jitter levels. It features accurate frequency control and temperature compensation, making it suitable for a wide range of applications. Its low-power operation and low-current consumption make it an attractive option for battery-powered devices.