Advantages:

1. High Saturation Flux Density: FT Manganese-Zinc Power Cores have a high saturation flux density, enabling them to maintain low losses under significant flux changes, making them suitable for applications involving substantial magnetic energy conversion.

2. Low Losses: Under high-frequency and high flux density operating conditions, FT Manganese-Zinc Power Cores exhibit low power losses, which helps improve overall energy efficiency.

3. Stable Temperature Characteristics: FT Manganese-Zinc Power Cores demonstrate good temperature stability, making them suitable for electronic devices in various environmental conditions.

4. Good Chemical Stability: Manufactured using ceramic processes, they have stable chemical properties and do not rust, ensuring high durability and reliability.

5. High Resistivity: Compared to metallic magnetic materials, their resistivity is much higher, which helps suppress eddy currents in the circuit, reduce high-frequency noise, and expand the usable frequency range.

Application Fields:

1. Switch Mode Power Transformers: Due to their high saturation flux density, low losses, and good temperature characteristics, FT Manganese-Zinc Power Cores are widely used in switch mode power transformers, enhancing power conversion efficiency and reducing device size.

2. Inductors: FT Manganese-Zinc Power Cores are also commonly used to manufacture inductors such as choke coils and filter inductors, which play important roles in electronic devices.

3. Other Fields: FT Manganese-Zinc Power Cores are also applied in broadband transformers for electronic circuits, Integrated Services Digital Network (ISDN), Local Area Network (LAN), Wide Area Network (WAN), and other fields. Additionally, they are used in lighting equipment, instruments and equipment, communication equipment, office automation, military products, OA equipment, electronic instruments, aerospace, and other fields.

                                                                                                         Fig.1

Note:

The AL value is tested under conditions of 1KHz and 0.3V.

The above is the standard specification of our company, and it can be designed according to the special requirements of customers.