SIT1602BI-12-XXN-66.666660E

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Oscillators are electrical circuits which generate a repetitive waveform, typically a sine wave or square wave, and which can be used to generate electricity from AC sources. The SIT1602BI-12-XXN-66.666660E oscillator is an oscillator designed for precision timing application and has excellent accuracy, reliability and stability.

Application Field

The SIT1602BI-12-XXN-66.666660E oscillator has a wide range of applications in precision timing applications such as high-speed digital systems, clock synchronization, and more. The oscillator is also suitable for use in frequency synthesizers, frequency counter, multiplexers, PLLs, phase locked loops, frequency sweepers, counters, optical networking systems, and many other applications where precise timing signals are needed.

Working Principle

The SIT1602BI-12-XXN-66.666660E oscillator works by the principle of feedback. The oscillator consists of an inductor, a capacitor, and a transistor. The inductor and the capacitor form an LC circuit, which resonates at a frequency determined by the values of the elements in the circuit. The transistor is used to create a feedback loop, which further amplifies the signal and improves its stability. Once the circuit is energized, the oscillator will maintain a steady state, oscillating at a frequency determined by the circuit’s parameters.

The oscillator is designed to be highly accurate, with a maximum frequency deviation of 0.01% under most conditions. It is also designed to be very stable, with a maximum drift of 1ppm/ºC. The oscillator operates within the temperature range of -40°C to 85°C and has a low power consumption.

Conclusion

SIT1602BI-12-XXN-66.666660E is a high-precision oscillator designed for high-precision timing applications. It is extremely accurate and stable and has a wide range of applications in frequency synthesis, multiplexers, PLLs, phase locked loops, frequency sweepers, and counters. This oscillator has a maximum frequency deviation of 0.01% and has a maximum drift of 1ppm/ºC.

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