Current Sensing and DCCT Integration

The contract seeks the supply and integration of high-precision DCCT-based current sensing systems designed for closed-loop feedback control in accelerator power supplies, emphasizing accuracy, stability, and compatibility with existing high-energy physics infrastructure. The systems must meet stringent performance standards to ensure precise current regulation critical to the operation of particle accelerators, with integration efforts requiring seamless alignment with control architectures and calibration protocols used at Brookhaven National Laboratory. The technical scope includes delivery, installation, testing, and documentation of the sensing hardware and associated interfaces to support real-time monitoring and feedback loops under demanding environmental and operational conditions. This is a subcontract opportunity with a North American Industry Classification System code of 334516, indicating focus on instrumentation and laboratory equipment manufacturing. The solicitation was posted on July 8, 2026, with responses due by July 24, 2026, and the performance location ties to a Department of Energy contractor facility under Brookhaven National Laboratory’s oversight. Although specific place of performance and point of contact details are not provided, the work is aligned with DOE’s mission-critical accelerator programs, requiring qualified vendors experienced in high-precision instrumentation for scientific research environments. All submissions must demonstrate technical capability, quality assurance measures, and experience with similar applications in accelerator or fusion research settings.