SIT8209AC-G3-28S-148.500000T

Oscillators

Oscillators are essential components in electronic circuits. They generate an electrical signal in a certain frequency range, leading to the production of sound, heat, illumination and computing power. Oscillators can be classified into various types depending on their design and application. One of the commonly used oscillators is SIT8209AC-G3-28S-148.500000T.

Application Field

The SIT8209AC-G3-28S-148.500000T is a high-performance oscillator module, which is mainly used in the communication field. It provides frequency accuracies from 10 ppb to within 25 dB, and can be used to support applications such as GPS receivers, Bluetooth modules, cellular phones, and wireless LANs. The oscillators also have very low power consumption, making them ideal for use in battery-powered and portable devices. In addition, the module features a wide range of frequency ranges, from 2.2-5.0 GHz, enabling the construction of communication systems with wide frequency coverage.

Working Principle

The SIT8209AC-G3-28S-148.500000T works by generating an oscillating electrical signal of a predetermined frequency. In this case, the frequency is set to 148.500000T. The oscillator begins by producing a low-frequency signal, which is then amplified by an amplifier circuit and then filtered to get the desired output. The oscillator module also includes a Varactor circuit, which is used to control the resonance frequency of the oscillator. The frequency is then stabilized with the help of a Temperature Compensation System, which helps to maintain consistent frequency levels throughout a wide range of temperatures. Finally, the oscillator is housed in an IC package, which includes a mounted cap and a predetermined capacitor value.

In summary, the SIT8209AC-G3-28S-148.500000T is a high-performance oscillator module, used in the communication field. It has a wide frequency range and low power consumption, making it suitable for use in many applications. The oscillator works by producing an electrical signal with a predetermined frequency, which is then stabilized by a Temperature Compensation System.