SIT9120AC-1B1-33S166.666000D

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Oscillators typically generate a continuous, repetitive signal over a certain frequency range and are used for a variety of applications. The SIT9120AC-1B1-33S166.666000D frequency oscillator is no different. This oscillator is constructed using rubidium as the active element while two digital phase detectors and one analog phase detector are used to provide signal feedback.

The oscillator utilizes a digital loop filter to quickly detect and respond to input changes. This filter combines phase and frequency detection to provide a filtered response, improving the accuracy of the signal. The oscillator also utilizes a unique Analog-to-Digital converter circuitry which samples signal information. This allows for digital representation of the signal, allowing for better accuracy when actively controlling the output.

The SIT9120AC-1B1-33S166.666000D oscillator is applicable to a wide variety of applications due to its high stability and accuracy. It is especially well-suited for applications that require precise frequency control, such as communications, medical imaging, security system, and handheld instrumentation. Additionally, since it is a rubidium-based oscillator, it delivers performance that is several orders of magnitude better than quartz-based oscillators.

Moreover, the SIT9120AC-1B1-33S166.666000D oscillator offers superior temperature stability as well as frequency drift since it is housed in an optimal sealed environment where temperature is controlled. This ensures that even the slightest variation in temperature cannot cause the signal to drift from its intended frequency.

Overall, the SIT9120AC-1B1-33S166.666000D oscillator is an excellent solution for those who require precision frequency control in a variety of applications. It is a rubidium-based oscillator that offers superior stability and accuracy, making it a great choice for mission-critical situations. Furthermore, its unique construction ensures temperature stability, limiting signal drift due to environmental factors.

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