In various electronic circuits, such as switching power supplies and inverters, inductors are required to perform functions including energy storage and filtering. Amorphous and nanocrystalline magnetic materials, employed in motor cores and electromagnetic components, enhance the energy efficiency of household appliances while reducing noise and vibration. This achieves the objectives of energy conservation, environmental protection, and comfortable operation.

Owing to the exceptional magnetic properties of amorphous alloys, amorphous core motors significantly reduce energy consumption during operation while enhancing energy efficiency. Within the household appliance sector, such as in washing machines and air conditioners, amorphous core motors deliver more efficient and stable power output, thereby improving appliance performance. This contributes to reduced carbon emissions and aligns with the trend towards green and environmentally sustainable development.

Transformers are employed in audio amplification circuits and sound equipment to provide signal isolation and impedance matching, commonly utilised in devices such as microphones, loudspeakers, and amplifiers.

Inductors serve in audio signal processing and wireless communication modules. They can be combined with components like capacitors to form filter circuits, enhancing audio signal quality while aiding in the suppression of interference signals. This ensures the stability and sound quality of audio systems.

High-frequency transformers are critical components within power adapters, capable of converting high voltage to low voltage to provide stable and safe power for electronic devices.

Inductors primarily perform functions such as power management, noise suppression, and signal stabilisation within various household appliances. In the power control boards of major appliances like air conditioners, refrigerators, and washing machines, inductors are employed to filter out high-frequency noise, stabilise DC power output, and prevent voltage fluctuations from damaging core components.

Amorphous cores are frequently employed in the manufacture of transformers and inductors within switching power supplies. By optimising the design of power management circuits and leveraging the high-efficiency characteristics of amorphous cores, highly efficient power management can be achieved.