Product Specification

Customized High Quality RM12 Ferrite Core High Frequency Power Transformer

1.Product Description

The RM12 Ferrite Core High Frequency Power Transformer is a high - performance component in power conversion systems. With its RM12 - shaped ferrite core, it offers excellent magnetic properties tailored for high - frequency applications. Ferrite, known for its high magnetic permeability at high frequencies, enables the transformer to efficiently transfer power while operating at elevated frequencies. This makes it ideal for applications where space is limited and high - frequency operation is required, such as in switch - mode power supplies, telecommunications equipment, and LED lighting drivers. The compact RM12 core size not only saves space on circuit boards but also contributes to the overall lightweight design of the transformer. It can handle significant power levels while maintaining high efficiency, reducing power losses and heat generation. By accurately stepping up or stepping down voltage levels in high - frequency power circuits, it ensures stable power supply for various electronic devices, playing a crucial role in modern high - tech electrical systems.

2.Advantages

The RM12 Ferrite Core High Frequency Power Transformer excels in high-frequency operation, efficiency, and compact design. Its low core loss, high magnetic permeability, and low EMI make it a versatile and reliable choice for a wide range of power electronics applications.

1. Low electromagnetic interference (EMI):
Intended to reduce electromagnetic interference and make it suitable for sensitive electronic environments.

2. Wide temperature range:
Reliable operation within a wide temperature range, ensuring performance under various conditions.

3. Customizable windings:
Support customized winding configuration to meet specific voltage and current requirements.

4. High efficiency:
Efficient energy transmission with minimal loss is the ideal choice for high-performance power supplies.

5. Multi functional applications:
Suitable for switch mode power supplies (SMPS), inverters, converters, and other high-frequency power electronic devices.

6. Durability:
The sturdy structure ensures long-term reliability and resistance to environmental pressure.

7. High magnetic permeability:
Ferrite magnetic cores have excellent magnetic properties, ensuring stable and reliable performance. High performance ferroalloys: The purchase price is RM12 shaped ferrite cores. Ferrite materials have high magnetic permeability at high frequencies, which can efficiently guide and concentrate magnetic fields, reduce hysteresis losses, and achieve efficient power transmission. Compared to other ordinary magnetic core materials, it can significantly reduce energy loss and improve the overall efficiency of transformers when working at high frequencies.

8. Strong high-frequency adaptability: Designed specifically for high-frequency application scenarios, it can operate stably at higher frequencies. Suitable for high-frequency switching circuits in switch mode power supplies, it can quickly respond to high-frequency changes in current and voltage, accurately achieve voltage rise and fall conversion, and ensure stable output of the power system in high-frequency working mode.

9. Excellent power processing capability: Despite its compact size, it can handle considerable power levels. By optimizing the winding design and magnetic core structure, it is possible to withstand high power loads while ensuring high efficiency, meeting the needs of various electronic devices with high power requirements, such as high-power LED lighting driver power supplies, communication base station power modules, etc. The magnetic needle size of RM12 is relatively small, which makes the space for a transformer on the circuit board very small. In electronic devices with limited space, such as miniaturized power adapters and portable electronic device power modules, it can be easily integrated and installed, which helps with the miniaturization and lightweight design of products.

10. Good heat dissipation performance: During high-frequency operation, the transformer will generate a certain amount of heat. Its structural design is conducive to heat dissipation, and combined with the low hysteresis loss of ferrite materials, it can effectively control the working temperature, avoid performance degradation due to overheating, and ensure long-term stable operation of the equipment.

3.Application