SIT8008AIT3-28S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programmable oscillators are a type of electronic component used to generate accurate and stable clock signals. The SIT8008AIT3-28S is a high-end programmable oscillator that offers both high frequency accuracy and wide frequency coverage.

In terms of its applications, the SIT8008AIT3-28S is ideal for use in communication systems. Its ability to generate highly accurate signals makes it suitable for use in applications such as microwave radio, CATV, public address systems and private telephone networks.

The SIT8008AIT3-28S is also useful for applications in radar systems and smart antennas. In addition, its high frequency accuracy and wide frequency coverage makes it an excellent choice for use in frequency synthesizers used for test and measurement applications.

The SIT8008AIT3-28S utilizes a variety of technologies to provide its accurate and reliable frequency stability. The main technologies used include temperature stability, temperature compensation, frequency synthesis and frequency division. Temperature stability is used to keep frequency variation to a minimum over a wide range of temperatures. Temperature compensation is used to reduce and ideally eliminate any temperature-related frequency drift that may occur.

For frequency synthesis, the SIT8008AIT3-28S utilizes a combination of a reference frequency generator and a programmable frequency divider. This allows the frequency of the oscillator to be adjusted over a wide range of frequencies. Finally, the frequency division component is used to increase the frequency resolution and reduce the reference frequency from the reference frequency generator.

To summarize, the SIT8008AIT3-28S is a high-end programmable oscillator with excellent temperature stability and temperature compensation. By combining it with a variety of frequency synthesis and frequency division technologies, it is suitable for a number of applications within communication systems, radar systems and smart antennas, and is also well-suited for use within frequency synthesizers.

The specific data is subject to PDF, and the above content is for reference