SIT9120AC-2D3-33E200.000000X

Oscillators are electronic components used to generate periodic signals, with applications such as generating clocking signals to synchronize data transfers and providing a stable frequency reference for other electronic components.

The SIT9120AC-2D3-33E200.000000X is a type of high frequency, low jitter oscillator, operating at 200MHz and offering effective and reliable signal generation. It is specifically designed for data communication, industrial control and embedded storage systems, providing fast frequency locking and ensuring that the signal remains noise free, whether in circuits with low supply voltages or low-impedance environments.

The oscillator is constructed using high frequency technology and delivers high frequency accuracy and low power loss. It also offers a fast settling time of the frequency, which means that it can produce a precise output with minimal error. Moreover, it offers excellent thermal and mechanical stability, as well as low distortion, meaning it is suitable for applications which require precise frequency control. The oscillator circuit can also be configured for a variety of applications, with frequency steps varying from 0 to 10MHz.

In terms of the working principle, the oscillator consists of an active group of components that form a feedback loop for producing the required output. The output signal is generated when an input signal is applied to the oscillator circuit. The input signal is then amplified and applied to the feedback loop, producing a signal whose frequency is determined by the components used in the feedback loop. The frequency of the signal output by the oscillator is then determined by the frequency of the input signal and the feedback loop. The oscillator can be used for various types of applications, such as producing a stable frequency reference signal for other electronic components.

In conclusion, the SIT9120AC-2D3-33E200.000000X oscillator can be used for various applications where a high frequency, low jitter and reliable signal is required. It is constructed using high frequency technology, and delivers fast frequency locking as well as excellent thermal and mechanical stability.