CHLS2SEI-X

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

CHLS2SEI-X is widely used in many different applications. This article will focus on the application fields and working principles of CHLS2SEI-X.

Application Field

CPETLS2SEI-X is a system for reference signal generation having two primary uses: the creation of an optical link between a radio base station having a controlled local oscillator (CLO) and a base station with a voltage-controlled oscillator (VCO); and the generation of reference signals for synchronization or calibration. It is suitable for use both indoors and outdoors.

CPETLS2SEI-X is mainly used in high-speed wireless communication networks, satellite networks, 5G base stations, 5G antennas and other links for radio communication systems. It consists of a main frame, a wide wavelength range input optics module, a wide wavelength range output optics module and a calibration unit to ensure its performance. The performance of CPETLS2SEI-X ensures that the network can provide reliable and efficient communication links.

CPETLS2SEI-X also has application in medical instruments and automotive navigation. It can be used to provide precision timing and synchronization signals for medical diagnostics equipment and diagnostic systems. In addition, CPETLS2SEI-X is also suitable for applications such as digital broadcasting systems and digital audio broadcasting systems, which need precise phase synchronization.

Working Principle

The CPETLS2SEI-X system utilizes a direct conversion technique to convert the input optical carrier into a low-jitter signal. The system comprises a wide RF input traveling wave tube (TWT) amplifier, which is used to amplify the input optical signal, and a fast analog-to-digital converter (ADC) which converts the output of the amplifier into a digital baseband signal. The baseband signal is then used to generate an output reference signal with a low frequency jitter response. By using this technique, CPETLS2SEI-X can generate a more reliable and precise reference signal than other technologies.

The system\'s design also incorporates a wide temperature range TCXO, that provides a stable output frequency and improved performance over temperature variations. It also incorporates various circuit protection features which protect the system from electrical surges, over voltage, and brown out conditions. Additionally, the system incorporates a number of fault protection features to reduce the likelihood of the system\'s operation being affected by external interference or switching transients.

The CPETLS2SEI-X system is designed to provide a low noise reference signal with extremely low jitter. The CPETLS2SEI-X also provides improved performance and accuracy over a wide temperature range. Furthermore, its advanced design and architecture ensures that it is able to operate under a wide variety of conditions and is suitable for operation in harsh environments such as those experienced in medical and automotive applications.

In summary, CPETLS2SEI-X is widely used in many different applications such as radio communication systems, digital broadcasting systems, medical instruments and automotive applications. It is able to provide reliable and precise reference signals with low jitter, and is able to operate under a wide variety of conditions. The CPETLS2SEI-X’s advanced design and architecture make it a popular choice for many applications.

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