SIT1602BC-31-30E-66.666660Y

Oscillators: SIT1602BC-31-30E-66.666660Y

Oscillators are electronic circuits used to generate alternating waveforms, such as sine waves. SIT1602BC-31-30E-66.666660Y is a type of oscillator specifically meant for precision frequency control and stability.

Application Field

This oscillator is a compact, low-cost, low-jitter, ultra-stable device suitable for use in a variety of applications. One potential use case is in TVs, radios, or other consumer electronics requiring precision frequency control. It is especially suitable for receivers and synchronous detector systems.

The oscillator is also suited for medical imaging and other medical applications where precise timing and high stability is required. It is suitable for use in equipment which require microsecond-level accuracy, such as medical imaging systems, CT scanning systems, oscilloscopes, and nuclear-medical and clinical-research equipment.

However, the oscillator is not limited to medical use cases. It is also suitable for data acquisition systems, instrumentation, test and measurement systems, GPS and navigation systems, and communication systems.

Working Principle

The oscillator operates according to the Pierce crystal oscillator principle. In this type of oscillator, a quartz crystal is connected in the feedback loop of an amplifier. The quartz crystal is placed between two electrodes, and the electrical oscillations generated by the amplifier cause the quartz crystal to vibrate and create an oscillation. This oscillation is then outputted by the oscillator.

The SIT1602BC-31-30E-66.666660Y oscillator is capable of producing highly accurate output signals, thanks to its high stability and low jitter. It contains an integrated voltage-controlled crystal oscillator (VCXO) that uses temperature compensation mechanisms to further reduce temperature-induced frequency stability. This allows for accurate production of sine waves that will remain stable without variation over a wide temperature range.

The device is also highly programmable. It has internal registers that can be programmed to change the frequency range and temperature performance of the oscillator. This allows for fine tuning of its frequency output and its accuracy and stability.

Conclusion

The SIT1602BC-31-30E-66.666660Y oscillator is a highly accurate and stable oscillator, suitable for a variety of applications requiring precise frequency control. Its low jitter and temperature compensation mechanisms ensure precise production of output signals that remain stable over wide temperature ranges. Furthermore, it is programmable, allowing users to easily adjust its frequency and temperature performance.