Development of a Non-Compressed HD Video Acquisition System for Radiation Environments: A Biotechnological Application

Abstract

The nuclear industry, known for its substantial economic and societal benefits due to high profitability and low energy consumption, is increasingly reliant on sophisticated technological support to ensure safety and efficiency. Critical to the operation of nuclear power plants is the robust monitoring and diagnostic infrastructure capable of enduring harsh radiation environments. This paper discusses the design and development of a high-definition video acquisition system tailored for such conditions, emphasizing non-compression of video signals to maintain quality and integrity. The system is designed to meet stringent requirements essential for safe nuclear facility operations, including regulatory compliance on radiation performance, high-resolution video output, high frame rates, and secure remote video signal transmission capabilities. Additionally, the system aims to minimize latency and enhance electromagnetic compatibility (EMC) performance, crucial for reducing interference and ensuring reliable data transmission. Utilizing the AD8122 component for HD differential signal transmission, the system employs an advanced anti-interference design that adheres to all specified requirements. This ensures not only the fidelity and accuracy of video data in monitoring critical nuclear processes but also supports preventive maintenance and operational diagnostics. Such capabilities are vital for anticipating potential issues, facilitating timely interventions, and underpinning the safe and efficient management of nuclear energy resources. This approach not only enhances the operational capabilities of nuclear facilities but also contributes to the broader application of biotechnological principles in developing specialized equipment that can withstand extreme conditions. This study underscores the potential of integrating biotechnology-driven innovations to improve safety standards and operational efficiencies in the nuclear power sector.