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Oscillators

An oscillator is an electronic device that produces a continuous output signal, often in the form of sine or other periodic waves.

SIT9120AI-2CF-33E106.250000T Application Field and Working Principle

The SIT9120AI-2CF-33E106.250000T oscillator is a temperature-compensated and frequency-controlled crystal oscillator with an output frequency of 106.250000T. This device is widely used in telecommunications circuit applications, such as mobile communications, radio communications, satellite communications, and digital television sets.

SIT9120AI-2CF-33E106.250000T oscillators are constructed from quartz crystal resonators. These crystal resonators are designed to oscillate at a specific frequency when voltage is applied. The quartz crystals are designed with an internal mechanical resonant frequency and a frequency control point. The frequency control point is used to adjust the resonant frequency of the crystal.

The output signal generated by the SIT9120AI-2CF-33E106.250000T oscillator is a sine wave, which is then amplified to provide an output with a higher amplitude. The output frequency of the oscillator is maintained by the frequency control circuit, which is based on the temperature compensated oscillator (TCO) technology. This technology enables the oscillator to remain stable under a wide range of temperatures and environmental conditions.

The SIT9120AI-2CF-33E106.250000T oscillator is commonly used in systems such as frequency synthesizers, baseband signal processing, spread-spectrum radio communications, and speech processing. It is also used in systems that require high phase noise and low-jitter performance. The device is capable of providing output signals with high frequency accuracy while maintaining a low-jitter performance.

In summary, the SIT9120AI-2CF-33E106.250000T oscillator is an electronic device used in many telecommunications and other electronic systems. It is constructed from quartz crystal resonators and is designed to provide stable, high- precision frequency signals over a wide range of environments and temperature conditions. The device is capable of providing output signals with high frequency accuracy and low-jitter performance while remaining stable.

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