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Oscillators

Introduction to SIT8008AI-13-25S-83.765880D

The SIT8008AI-13-25S-83.765880D is an oscillator manufactured by Pletronics, Inc., a leading international manufacturer of high-quality electronic components. The oscillator belongs to Pletronics\' series of C-type oscillators, which are based on quartz crystal control and operate in the frequency range of 13.25 MHz to 83.765 MHz.

Application Field

The SIT8008AI-13-25S-83.765880D oscillator is commonly used in RF applications, such as wireless communications systems, GPS receivers, and cellular base stations. It is also used in signal processing applications, such as digital signal processing, image processing, and video processing. In addition, the oscillator is also suitable for use in medical equipment, instrumentation and measurement systems, and aerospace applications.

Working Principle

The SIT8008AI-13-25S-83.765880D is an oscillator based on quartz crystal control. Quartz crystal oscillators are the most common type of oscillators used in electronic circuits. They rely on the resonance of a quartz crystal to create a consistent frequency output. Quartz crystals are composed of silicon and oxygen atoms and, when a voltage is applied, electrical current passes through the material and causes it to vibrate at a specific frequency. This vibrational frequency is the output frequency of the oscillator.

The SIT8008AI-13-25S-83.765880D oscillator uses a low-temperature-coefficient crystal to improve frequency stability over a wide range of operating temperatures. This helps to ensure the oscillator maintains its output frequency over long periods of time and under changing environmental conditions. The oscillator is also equipped with an internal voltage-controlled oscillator (VCO) to provide accurate frequency tuning and to maximize stability.

Conclusion

The SIT8008AI-13-25S-83.765880D is a quartz crystal-controlled oscillator manufactured by Pletronics, Inc. It is commonly used in RF applications, such as wireless communications systems, GPS receivers, and cellular base stations. It is also employed in signal processing applications, medical equipment, instrumentation & measurement systems, and aerospace applications. It uses a low-temperature-coefficient crystal to improve frequency stability and an internal VCO for accurate frequency tuning.

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