SIT1602BI-31-30E-20.000000X

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Oscillators are widely used in many electronic applications due to the requirements of highly precise and accurate frequency signals. The SIT1602BI-31-30E-20.000000X oscillator is one such type of device usually used in industrial automation applications.

The oscillator features a wide range of frequency stability, wide input voltage range and excellent phase noise levels. It couples a high performance, temperature-compensated oscillator to a finely-tuned MEMS resonator to provide an ideal combination of frequency stability and phase noise performance. The MEMS resonator has high accelerated aging stability and shock resistance, making it ideal for industrial automation applications.

The SIT1602BI-31-30E-20.000000X oscillator comes in a reduced-profile and cost-effective TO-220 package. This small package size allows it to be used for space-constrained applications such as industrial control systems, medical equipment and instrumentation. It has an operating temperature range of -40°C to 85°C, allowing it to be used in harsh environments. Additionally, it is able to withstand high vibration levels, providing reliable performance in the most challenging of applications.

The SIT1602BI-31-30E-20.000000X oscillator works by taking an input signal and generating a periodic signal with a specified frequency. This is achieved by using a timing capacitor and resistor which are used to vary the oscillation frequency. The oscillator can be configured by adjusting the timing capacitor value and the oscillator frequency. This configuration allows the user to tailor the frequency characteristics to suit the specific application. The output of the oscillator can be configured between 0V and 4V.

The working principle of an oscillator is fairly simple. When an oscillator is powered on, a voltage is applied across a resistor and a timing capacitor. When the voltage is applied, electrons move across the resistor and charge the timing capacitor. As the capacitor charges, the voltage begins to decrease. When the voltage reaches a certain threshold, the capacitor discharges and the voltage begins to increase again. This cycle will continue as long as the oscillator is powered. The frequency of the oscillation is determined by the amount of time it takes for the capacitor to charge and discharge.

The SIT1602BI-31-30E-20.000000X oscillator is perfect for a variety of industrial automation applications. Its wide voltage range and temperature stability makes it ideal for microprocessors and voltage-controlled devices. It also has a high frequency stability, making it ideal for frequency-sensitive industrial control applications. Additionally, its small size makes it perfect for space-constrained applications such as instrumentation and medical equipment.

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