SIT9120AC-1C1-33S156.250000X

Oscillators have been utilized to generate regular signals which are extremely important for almost all types of electronic circuits. By looking at the specifications and features of a given oscillator, one can determine if it can fulfill the targeted application or not. For instance, SIT9120AC-1C1-33S156.250000X is classified as one of the oscillators based on its properties and specifications. The aim of this article is to discuss in detail the application field and working principle of this particular oscillator.

The SIT9120AC-1C1-33S156.250000X oscillator is specifically designed to achieve excellent frequency stability. It facilitates the users with an adjustable pull range of ±200 ppb to 0.25 %. Moreover, it provides extraordinary performance in terms of phase noise and long-term aging characteristics. Furthermore, this series of oscillators utilizes IDT Semiconductor’s CMOS MEMS technology to achieve superior frequency stability and phase noise. It is mainly utilized in motion control systems, radio communication systems, and as master clock sources for digital data processing systems.

The working principle of SIT9120AC-1C1-33S156.250000X oscillator is quite interesting and impressive. The first step in the functioning of this oscillator is the generation of clock signals directly from its CMOS MEMS oscillator die. It will then receive an external input signal from a series of amplitude and frequency control sources, e.g., mV / °C compensation, ±200 ppb pull range or 0.25 % range, voltage input, and external control. Oscillator die will then change its frequency according to the external input signal. Thus, the stability of frequency outputs is then achieved.

In conclusion, the SIT9120AC-1C1-33S156.250000X is classified as an oscillator due to its highly stable frequency outputs thanks to its excellent frequency stability and phase noise features. Moreover, this oscillator offers adjustable pull range of ±200 ppb to 0.25 %. It is mainly used for motion control systems, radio communication systems, and as master clock sources. Its working principle includes the generation of clock signals from its CMOS MEMS oscillator die. This structure then helps in achieving excellent frequency stability.