SIT1602BI-71-33N-33.333000D

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SIT1602BI-71-33N-33.333000D Application Field And Working Principle

SIT1602BI-71-33N-33.333000D oscillator is a type of quartz oscillator that uses a double quartz crystal and two frequency sources and also includes a temperature-controlled voltage source. This oscillator is classified under the oscillators category.

Application Field of SIT1602BI-71-33N-33.333000D

SIT1602BI-71-33N-33.333000D oscillator is mainly used for synchronization and timing in digital systems. In addition, it is employed in digital control systems, industrial automation, data transmission, digital motion control, and clock distributions. It can also be used for real-time continuous measurements in factory automation, healthcare, and military applications.

Working Principle of SIT1602BI-71-33N-33.333000D

The SIT1602BI-71-33N-33.333000D oscillator works by placing two frequency sources on opposite sides of a quartz crystal. The two sources act as a mechanical system that is tuned to a particular frequency at which the quartz crystal vibrates. The crystal then converts the mechanical energy into electrical energy, producing a continuous frequency output. Furthermore, this oscillator is able to keep its frequency stable over an extended period of time through the use of a temperature-controlled voltage source.

The two frequency sources are connected to the quartz crystal via two electrodes and are thus able to generate an AC signal. This signal is then fed into the temperature-controlled voltage source, which is able to keep the frequency output of the oscillator stable over multiple temperature ranges. This allows for applications that require extremely reliable and precise timing.

As this oscillator is driven by two frequency sources, its output frequency can be changed simply by adjusting one of the sources. Therefore, the SIT1602BI-71-33N-33.333000D is also suitable for applications that require a variable frequency output.

Conclusion

The SIT1602BI-71-33N-33.333000D oscillator is a type of quartz oscillator that is commonly used for synchronization and timing in digital systems. It uses two frequency sources that are connected to a quartz crystal via two electrodes, which convert the mechanical energy into electrical energy and generate a continuous frequency output. In addition, this oscillator is able to keep its frequency output stable over multiple temperature ranges with the use of a temperature-controlled voltage source, making it highly reliable and precise. The output frequency can also be adjusted by simply changing one of the sources, making it suitable for applications that require a variable frequency output.

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