SIT1602BI-12-33N-20.000000E

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Oscillators

The SIT1602BI-12-33N-20.000000E is an oscillator designed to offer superior frequency stability and extremely low phase noise at base station frequencies. The oscillator works on a principle of frequency pulling and separating oscillators for both reference and output signals. This allows for very precise frequency stability in radiocommunication applications.

In a nutshell, the two oscillators work together to produce a frequency that is stable and coherent. The reference oscillator works to measure and maintain the absolute frequency of the output oscillator by adjusting its own frequency. Thus, the output oscillator is locked and synchronized with the reference oscillator, resulting in an improved output signal and stability. The frequency stability creates a much more reliable and precise signal output than other oscillators.

The SIT1602BI-12-33N-20.000000E works by supplying a frequency that is pulled to a reference frequency derived from one of its two Quartz crystal resonators. The reference signal is used for the reference oscillator, while the output oscillator contains a voltage controlled oscillator (VCO). The output frequency is determined by the VCO and a loop is completed by feeding the output frequency back to the reference oscillator to pull the frequency of the output oscillator to the reference frequency.

The main features of this oscillator are its small form factor, low-phase noise and wide operating temperature range of -20 to +85°C. It is highly resistant to jitter and shock, making it a perfect choice for applications such as base stations, aerospace, test and measurement and more. Additionally, it can be used for wireless systems, cellular base stations, and radio broadcasting applications. This oscillator also provides a very high spurious signal rejection as a result of its superior phase noise performance.

In conclusion, the SIT1602BI-12-33N-20.000000E provides a reliable and precise signal for a wide range of radiocommunication applications. Its superior frequency stability, low-phase noise performance, and wide operating temperature make it a great choice for a variety of applications.

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