PD IEC TR 63099-2:2020 - Transmitting Equipment for Radiocommunication

Overview

The PD IEC TR 63099-2:2020 is a comprehensive standard that delves into the intricacies of transmitting equipment for radiocommunication, specifically focusing on the innovative Radio-over-Fibre (RoF) technologies for electromagnetic-field measurement and electric-field sensing. Released on August 12, 2020, this standard is a pivotal resource for professionals in the field of radiocommunication, offering insights into the integration of optical fibre technologies with traditional radio frequency systems.

Key Features

• Standard Number: PD IEC TR 63099-2:2020
• Pages: 20
• Release Date: August 12, 2020
• ISBN: 978 0 539 03975 7
• Status: Standard

What is Radio-over-Fibre Technology?

Radio-over-Fibre (RoF) technology is a cutting-edge method that combines the benefits of radio frequency (RF) and optical fibre technologies. This hybrid approach allows for the transmission of radio signals over optical fibre networks, providing a seamless and efficient way to extend the reach of wireless communication systems. RoF is particularly advantageous in environments where traditional RF transmission is challenging, such as in urban areas with high interference or in remote locations.

Applications of RoF in Electromagnetic-Field Measurement

The PD IEC TR 63099-2:2020 standard highlights the application of RoF technologies in electromagnetic-field measurement. This is crucial for industries that require precise monitoring and control of electromagnetic fields, such as telecommunications, healthcare, and defense. By utilizing RoF, these industries can achieve higher accuracy and reliability in their measurements, leading to improved performance and safety.

Electric-Field Sensing with RoF

Electric-field sensing is another critical application of RoF technologies covered in this standard. The ability to accurately sense and measure electric fields is essential for various applications, including power grid management, environmental monitoring, and scientific research. RoF technologies offer a robust solution for electric-field sensing, providing enhanced sensitivity and reduced interference compared to traditional methods.

Benefits of Implementing PD IEC TR 63099-2:2020

Implementing the guidelines and technologies outlined in the PD IEC TR 63099-2:2020 standard offers numerous benefits:

• Enhanced Communication: By integrating RoF technologies, organizations can achieve more reliable and efficient communication systems.
• Improved Measurement Accuracy: The standard provides methodologies for precise electromagnetic and electric-field measurements, crucial for various industrial applications.
• Cost-Effective Solutions: RoF technologies can reduce the need for extensive RF infrastructure, leading to cost savings in deployment and maintenance.
• Scalability: The use of optical fibre allows for easy scalability of communication networks, accommodating future growth and technological advancements.

Conclusion

The PD IEC TR 63099-2:2020 standard is an essential resource for professionals and organizations involved in radiocommunication and electromagnetic-field measurement. By leveraging the advanced capabilities of Radio-over-Fibre technologies, this standard provides a framework for enhancing communication systems and measurement accuracy. Whether you are in telecommunications, healthcare, or any industry reliant on precise field measurements, this standard is a valuable tool for achieving your operational goals.

PD IEC TR 63099-2:2020

This standard PD IEC TR 63099-2:2020 Transmitting equipment for radiocommunication. Radio-over-fibre technologies for electromagnetic-field measurement is classified in these ICS categories:

• 33.060.20 Receiving and transmitting equipment
• 33.180.99 Other fibre optic equipment

The purpose of this part of IEC 63099 is to provide information about the current and latest applications for electric-field measurement that use radio-over-fibre technologies. System configurations, specifications, and measurement examples of each electric-field measurement system are included. The theoretical background of electric-field measurement and calibration method of electric-field sensors are beyond the scope of this document.