SIT1602BI-22-XXS-33.333000D

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Oscillators

Oscillators are the principle building blocks for generating electrical signals for most electronic applications. The SIT1602BI-22-XXS-33.333000D is a unique oscillator capable of providing a wide range of operation that is suitable for industrial, automotive, aerospace and medical applications. It is a temperature compensated oscillator (TCXO) that ensures high-frequency accuracy over a wide temperature range.

Application Field

The SIT1602BI-22-XXS-33.333000D is suitable for use in a wide variety of applications such as cellular base stations, IoT, automotive, industrial communications, and more. It is designed to provide superior performance in extreme temperatures across the entire operating temperature range. Its small size and low power consumption makes it suitable for most portable and low-power applications.

The oscillator offers low phase noise, wide tuning capability, and high voltage operation that is perfectly suited for use in critical timings and power applications. It is capable of delivering ultra-low-phase noise and high accuracy over the industrial temperature range. The oscillator can provide a high degree of reliability for automotive applications and offers a high-level of shock and vibration resistance.

Working Principle

The SIT1602BI-22-XXS-33.333000D is an oscillator that converts electrical signals to mechanical vibrations to create accurate and stable frequency. It features a quartz crystal as its resonator element that exhibits higher frequency stability when compared to other resonators. The crystal resonator is mounted on a resonator holder that connects to the oscillator circuit. Various capacitor networks and filter circuits are used to create the frequency and stability.

The oscillator operates in the parallel-resonant mode and utilizes an integrated transistor circuitry to generate the oscillation. Tension and solder preloading are employed to ensure a tight mechanical fit between the resonator holder and the crystal. The oscillator circuit applies a voltage to the quartz crystal that creates a mechanical vibration and electrical resonance. This creates a precise and reliable frequency source.

The oscillator circuit also performs other functions including frequency selection, temperature compensation, and load stabilization. This ensures the oscillator maintains a high-performance over a wide temperature range. The oscillator also has a wide tuning range which allows for accurate frequency control even in changing temperature and loading conditions.

Conclusion

The SIT1602BI-22-XXS-33.333000D is an extremely accurate oscillator that offers superior performance in industrial, automotive, aerospace and medical applications. It features a quartz crystal that is capable of providing precision and stability across a wide temperature range. The oscillator utilizes a parallel-resonant mode, integrated transistor circuitry, and various capacitor networks and filter circuits to generate the oscillations. The wide tuning range and temperature compensation capability of the oscillator make it a highly reliable and accurate source of frequency.

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