Superconducting magnet power supply

Superconducting magnets rely on the phenomenon of superconductivity, where the magnet's coils conduct electricity with no resistance. However, to maintain the superconducting state, a stable, high-precision DC current must be supplied to the magnet. The superconducting magnet power supply ensures that this current is regulated with high accuracy, maintaining a constant magnetic field strength without fluctuations that could affect the performance of sensitive experiments or medical diagnoses.

A well-designed superconducting magnet power supply is essential for cryogenic cooling, voltage control, and current stability to keep the magnet operating at its optimal condition. These power supplies also incorporate sophisticated thermal management systems to prevent overheating and ensure safe operation in extreme environments. With applications in particle physics, medical diagnostics, and research laboratories, the superconducting magnet power supply plays a vital role in maintaining the precision and reliability of superconducting systems.

Features/Advantages

Stable flow control

Four quadrant operation

digital control

Ultra high stability

Scope of application

Superconducting magnet power supplies are mainly used in industries such as nuclear fusion, nuclear magnetic resonance, proton therapy, electric particle accelerators, maglev, and power. To supply power to superconducting magnets and improve ultra-high stability magnetic fields.