As we know amorphous toroidal inductors are magnetic inductive components made from amorphous materials. In order to meet the ever-evolving needs of our customers, we(Mycoil tech) developed several amorphous core inductors and offer unparalleled performance advantages, and our technical team has rigorously tested and validated the reliability and functionality of our amorphous magnetic core inductors.

So what are the advantages of amorphous toroidal inductors? In what areas can we apply them? Here we summarise the following points:

I.What are the advantages of amorphous magnetic ring inductors?

1. High operating frequency and high permeability: Due to the low loss of amorphous magnetic ring, it can work stably in high frequency range with broadband, low loss and high efficiency. Amorphous magnetic rings have high permeability permeability, which can effectively integrate magnetic energy and have efficient magnetic conduction performance.

2.Stable performance and good magnetic properties: amorphous magnetic ring inductor production materials and other magnetic ring inductor materials compared with a certain degree of specificity, it can also maintain a certain degree of magnetism in the absence of magnetic field, it is this characteristic makes the amorphous magnetic ring inductor has a very good magnetic properties. At the same time, the performance of amorphous magnetic ring is stable, with high temperature stability and strong resistance to magnetic pulse, and strong resistance to transient voltage, surge and repeated impacts, so it has good reliability in complex working environments.

3. Miniaturisation and lightweighting: Amorphous magnetic rings have high magnetic energy density and high permeability, which can significantly reduce the inductor volume and achieve miniaturisation, lightweight and highly integrated design.

4. Low noise and low loss: due to the amorphous toroid's low loss and low magnetic flux density, the magnetic field interference and noise generated by the inductor work is low. At the same time, due to the amorphous magnetic ring inductor material in the absence of magnetic field can also maintain a certain degree of magnetism, even in the absence of external magnetic field can also transmit power, which can effectively reduce the loss of power.

5. Higher current density and wide frequency: the material properties of amorphous magnetic ring inductors determine the amorphous magnetic ring inductors have a very big advantage in withstand high current circuits, at the same time, amorphous magnetic ring inductors are widely used in the frequency, has a good filtering effect.

II.What are the application areas of amorphous toroidal inductors?

1. Power electronics: Amorphous toroidal inductors are ideal for use as core materials in high frequency transformers and inductors due to their high permeability, low hysteresis and low reluctance characteristics. They can be used in AC transformers, high power output transformers, resonant transformers, output inductors, compensation inductors and other power electronics.

2. Filters and current transformers: Amorphous toroidal inductors are widely used in various types of filters, such as common mode inductors and differential mode inductors cores for EMC filters, and ISDN miniature isolation transformer cores. In electronic devices, amorphous toroidal inductors can be used as energy storage components and sensors to improve the efficiency and reliability of electronic devices. Amorphous toroidal inductors are also suitable for use in the cores of different precision current transformers to improve the performance and reliability of the inductors.

3. Communication equipment: Amorphous magnetic toroidal inductors can be used as filters and matchers in communication equipment to reduce the interference and distortion of high frequency signals, and improve the quality and stability of communication.

4. Automotive field: Amorphous toroidal inductors are mainly used to support in-car audio and eliminate surrounding interference. High quality magnetic ring can provide stronger anti-interference ability.

5. Power supply and switching circuits: Amorphous toroidal inductors are suitable for power supplies to help stabilise voltage and current and improve power conversion efficiency. In switching circuits, amorphous toroidal inductors are used to control rectifiers and thyristor control circuits to ensure stable circuit operation.

At Hefei Mycoil Technology Co.,LTD, we understand the importance of catering to the unique requirements of our customers. We remain committed to providing personalized support and tailored solutions to meet your specific project needs. Our technical team is readily available to offer comprehensive assistance, from initial product selection to post-installation support and maintenance.

To learn more about our amorphous magnetic core inductors and how they can optimize your project's performance, please contact our dedicated sales representatives.