SIT1602BI-21-18N-66.660000G

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Oscillators

Oscillators are electronic circuits that produce periodic, oscillating signals. The SIT1602BI-21-18N-66.660000G (SIT1602BI) is an example of a cycle-based oscillator. It is a temperature-compensated, three-output oscillator which can be used to accurately produce sinusoidal, rectangular, and triangle waveforms. The SIT1602BI is ideal for timings and frequencies which require a controlled environment. In addition to its unique temperature-compensation system, the oscillator features improved stability, low jitter, and excellent accuracy, making it the perfect choice for timekeeping in extreme temperature environments.

Applications of SIT1602BI

The SIT1602BI is suitable for use in a range of applications, as its temperature-compensated design makes it able to operate in challenging environmental conditions. It can be used in the industrial, automotive, and military fields, as well as for projects in the audio, video, telecommunications, and medical industries. It is often used in areas that require stable and accurate timing signals, such as frequency synthesizers, digital potentiometers, microcontroller systems, burst clocks, switching power supplies, and drive circuits for video systems.

Working Principle and Features of SIT1602BI

The SIT1602BI operates as a three-output, temperature-compensated oscillator. It can generate sinusoidal, rectangular, and triangle waveforms with excellent accuracy, low jitter, and improved stability. The oscillator is capable of generating frequencies from 8kHz up to 66.6MHz and is able to withstand wide temperature ranges. It features a PLL-based temperature compensation system which can provide improved accuracy over traditional temperature compensation techniques. Additionally, the SIT1602BI has low current consumption, excellent EMI performance, an extended operating capacitance range, and several output buffering and drive options.

Conclusion

The SIT1602BI cycle-based oscillator is a perfect solution for frequency synthesizers, digital potentiometers, microcontroller systems, burst clocks, switching power supplies, and drive circuits for video systems. Its temperature-compensated design, improved stability, and low jitter make it an ideal choice for applications which need driving signals in extreme temperature conditions, such as the industrial, automotive, and military fields. Furthermore, the oscillator features a PLL-based temperature compensation system which ensures excellent accuracy, a wide temperature range, and low current consumption.

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