In the power management of medical equipment, inductors play a pivotal role. Through their filtering and voltage-stabilising functions, they effectively suppress noise interference within the power supply, ensuring the reliable operation of the equipment.

In delivery rooms and paediatric wards, medical equipment demands exceptionally stable power supplies while simultaneously guaranteeing patient safety. The utilisation of transformers in these environments ensures both the stability and safety of the power supply.

Transformers primarily serve an electrical safety protection function within medical equipment. By converting standard mains power systems to medical IT systems, transformers provide protective earthing for exposed conductive parts of the equipment. This earthing is not connected to the power supply end, thereby achieving isolated power supply. This prevents electric shock and enhances system reliability. Furthermore, transformers feature high efficiency, low noise, low temperature rise, and high reliability, further ensuring the stable operation of medical equipment and patient safety.

Amorphous cores also find extensive application in medical electronic equipment, such as computer CPU heat sinks, power adapters, and electronic control systems. Their excellent thermal conductivity and thermal stability contribute to enhancing equipment reliability and service life.