SIT9003AI-13-18DB-26.00000T

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Oscillators

Oscillators are electronic circuits that can generate periodic time-varying signals, primarily used in wireless communication systems. They can be used to generate signals compatible with a variety of radio systems, such as cellular, global positioning or navigation, satellite, microwave or radio broadcast. A particular type of oscillator, the SIT9003AI-13-18DB-26.00000T oscillator, is often used in many modern wireless applications.

Application Field

The SIT9003AI-13-18DB-26.00000T oscillator has been developed as a solution for applications demanding the reliable operation of a high-performance low-noise RF oscillator. It benefits from an enhanced architecture, which greatly improves the operating parameters, while providing superior reliability and consistent performance. It is primarily used in applications in the radio, wireless, cellular, GPS, satellite and other related fields, where reliable operation of a high-performance RF oscillator is required.

The SIT9003AI-13-18DB-26.00000T provides excellent frequency resolution, higher frequency stability, small size and high accuracy. It also delivers a wide tuning range, offering great performance over a broad range of frequencies from 7MHz to 8GHz.

Working Principle

The SIT9003AI-13-18DB-26.00000T oscillator works by converting electrical energy into mechanical energy, and then back into electrical energy. This process ensures that the frequency of the output signal is consistent. The oscillator uses a quartz crystal as the active device to produce the desired output signal. A quartz crystal resonator is used in the circuit as a frequency-determining element and provides the necessary frequency stability.

The quartz crystal resonator is the key to the oscillator\'s ability to maintain a consistent frequency. It works by vibrating at a predefined frequency, based on its geometry and physical characteristics, thereby providing a ‘reference’ for the oscillator to maintain. The resonance is determined by the mass-spring system of the quartz crystal, and the electrical current passing through this system is used to create the actual oscillating signal.

The SIT9003AI-13-18DB-26.00000T oscillator is a highly reliable solution for applications where frequency stability and accuracy are of paramount importance. Its efficient design ensures that the frequency is accurately maintained over a wide range of temperatures and environmental conditions.

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