SIT5021AC-2BE-33N-171.000000Y

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Oscillators are electrical components that generate an alternating current or voltage signal. One type of oscillator is the SIT5021AC-2BE-33N-171.000000Y, which is used to provide the necessary phase difference in communication systems. It is a surface-mounted unit that is typically used in radio frequency (RF) applications such as TV, radar, and motion tracking.

The SIT5021AC-2BE-33N-171.000000Y is designed for minimum operating frequency of 8MHz and maximum operating frequency of 13Mhz. It has excellent noise immunity and is able to operate from - 40 to +85°C temperatures. It has a high resolution, noise-reduction, and an excellent stability. These features make it the perfect choice for a broad range of communication systems.

The working principle of the SIT5021AC-2BE-33N-171.000000Y oscillator is based on the properties of a quartz crystal. An alternating current is created in the crystal and the voltage and current react with one another from a resonance frequency. This frequency is dependent upon the physical size and shape of the crystal, its temperature, and its drive level.

When the crystal is subjected to an alternating current, its electron charge oscillates in the same way as the alternating current. The charges next to the crystal\'s natural resonant frequency will reach the highest levels and, in turn, cause an output voltage to be generated. This voltage can then be rectified and amplified to provide the required sine wave output.

The application field of the SIT5021AC-2BE-33N-171.000000Y oscillator is mainly in RF systems. This is because the operating frequency of the oscillator and its circuit design are perfect for high-frequency applications that need the highest levels of accuracy and stability. The oscillator is also used in mobile communications, satellite television, and broadcast radio applications that require precise and stable frequencies.

In conclusion, the SIT5021AC-2BE-33N-171.000000Y oscillator is an electrical component specifically designed to provide the required phase difference in communication systems. It works on the principle of a quartz crystal and provides an excellent level of accuracy and stability for high-frequency applications. It is used extensively in RF systems such as mobile communications, satellite TV, and broadcast radio.

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