TD-12.288MCE-T

Oscillators

The TD-12.288MCE-T is an oscillator chip designed for telecommunication applications. It offers excellent phase noise performance and a wide frequency range. The chip can be used in receivers, transmitters, and transceivers for wireless communication applications. The chip has several features that make it an attractive solution for these types of applications.

Application field

The TD-12.288MCE-T is a versatile oscillator chip that can be used in a variety of different telecommunication applications. It is commonly used in receivers, transmitters, and transceivers for wireless communication applications. It is also used in cellular base stations, antenna systems, satellites, navigation systems, and terrestrial repeaters.

The TD-12.288MCE-T can also be used in broadband and two-way radio communications. It can be used to improve signal reception, reduce interference, and improve the overall performance of the system. The chip has excellent phase noise performance and a wide frequency range, which makes it well-suited for these types of applications.

Working principle

The TD-12.288MCE-T is an oscillator that uses crystal oscillators and LC components to generate a signal. The crystal oscillators are responsible for producing an extremely stable frequency over a wide temperature range. The LC components are used to tune the frequency of the signal. The signal is then amplified and passed through low-pass filters to reduce noise.

When the TD-12.288MCE-T is used in telecommunication applications, it can be used to generate a carrier signal or an intermediate frequency (IF). The chip can also be used to generate a baseband signal, which is then modulated to be used in wireless communication applications. The chip has excellent noise performance and a wide frequency range, so it can be used in a variety of different applications.

Conclusion

The TD-12.288MCE-T is an oscillator chip designed for telecommunication applications. It offers excellent phase noise performance and a wide frequency range, which makes it an attractive solution for wireless communication applications such as receivers, transmitters, transceivers, and base stations. The chip works by using crystal oscillators and LC components to generate a signal, which is then amplified and passed through low-pass filters to reduce noise.