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Oscillators

Oscillators are widely used in communication systems, signal process systems, time and frequency control systems, measurement systems, computers and other fields of electronic equipment.

SIT1602BI-11-25N-65.000000E is an oscillator belonging to one of these categories. The oscillator is a device that performs the cycles of vibrations and sends out a periodic signal with a certain frequency. It can also be understood that the oscillator is a kind of special circuit composed of capacitors, resistors and other passive elements, and can realize the "oscillation" process.

Application Field

SIT1602BI-11-25N-65.000000E is a high precision frequency component, and its application scope is extremely wide. It is mainly applied in the field of communication, radar, navigation, medical, metric and electric power measurement, industrial automation, etc.

It can be used in communication systems of signal and data, in radar and navigation system of macro base station, in medical control system of medical imaging equipment, in field metric systems of torque, force and displacement, in monitor system of motor control and generator, in industrial automation systems of communication, heat exchange, drive and instrumentation, in other systems of frequency conversion, frequency selection, frequency synthesis, and so on.

Working Principle

SIT1602BI-11-25N-65.000000E oscillator has two working principles: the first is the electronic oscillator circuit principle, and the second is the quartz crystal oscillator principle.

The electronic oscillator includes a variety of active and passive components, which realizes the oscillation circuit structure and generates the sine wave output signal with specified frequency. The oscillation frequency of quartz crystal oscillator is related to the geometry of quartz crystal and the arrangement of electrodes, which converts the alternating electrical pulse to mechanical vibration, and then outputs oscillation signals with specified frequency.

Conclusion

SIT1602BI-11-25N-65.000000E can be classified into oscillators, applying in communication systems, signal process systems, time and frequency control systems, measurement systems, computers and other fields of electronic equipment. It is mainly applied in the field of communication, radar, navigation, medical, metric and electric power measurement, industrial automation, etc., which has two working principles, the electronic oscillator circuit principle and the quartz crystal oscillator principle.

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