Product Introduction
Amorphous inductors are made of amorphous alloy core material with fine winding process, designed for high frequency and high power scenarios. Hitech amorphous inductors are designed for high-frequency and high-power scenarios. The products are packaged in an integrated structure, which combines miniaturisation and durability, and can be adapted to the requirements of installation space for equipment in different fields. From design to production, they follow strict standards to match the complex working conditions of new energy, industrial control, medical equipment and other scenarios, providing stable power filtering and energy storage support for terminal equipment.
Core advantages
1. Excellent performance in high-frequency and low consumption:
adopts amorphous alloy magnetic core, which greatly reduces hysteresis loss under high-frequency working conditions, reduces energy waste, helps terminal equipment to improve the overall energy conversion efficiency, and is suitable for new energy, industrial high-frequency power supply and other scenarios that are sensitive to energy consumption.
2. Strong anti-interference and stability:
comes with an integrated shielding structure, which can effectively inhibit electromagnetic interference and reduce the signal impact on peripheral devices; meanwhile, it has outstanding anti-saturation capability, which can maintain stable inductor performance even during current fluctuations, ensuring continuous and reliable operation of equipment.
3. Good adaptability and responsiveness:
product design takes into account the installation needs of different scenarios, and can be integrated into a variety of equipment structures; for customer customisation needs, the production program can be quickly adjusted to shorten the delivery cycle, helping the end product to the market faster.
Core advantages
1. Excellent performance in high-frequency and low consumption:
adopts amorphous alloy magnetic core, which greatly reduces hysteresis loss under high-frequency working conditions, reduces energy waste, helps terminal equipment to improve the overall energy conversion efficiency, and is suitable for new energy, industrial high-frequency power supply and other scenarios that are sensitive to energy consumption.
2. Strong anti-interference and stability:
comes with an integrated shielding structure, which can effectively inhibit electromagnetic interference and reduce the signal impact on peripheral devices; meanwhile, it has outstanding anti-saturation capability, which can maintain stable inductor performance even during current fluctuations, ensuring continuous and reliable operation of equipment.
3. Good adaptability and responsiveness:
product design takes into account the installation needs of different scenarios, and can be integrated into a variety of equipment structures; for customer customisation needs, the production program can be quickly adjusted to shorten the delivery cycle, helping the end product to the market faster.
