Horizontal High Power High Frequency Transformer Ferrite Core

1.Product Description:

The EE25 High Power High Frequency Transformer is a specialized electromagnetic component designed for applications demanding high - power delivery at elevated frequencies. The "EE25" designation likely refers to its core size and shape, with the EE - type core offering a particular magnetic circuit configuration that enhances magnetic coupling and flux guidance. This transformer is engineered to handle substantial power levels, making it suitable for high - power systems such as industrial inverters, high - voltage power supplies, and large - scale communication base - station power modules. Operating in the high - frequency range, typically from several kilohertz to hundreds of kilohertz, it can achieve rapid energy transfer and conversion, enabling efficient operation of high - speed switching circuits. Its construction features high - quality magnetic materials to minimize core losses, and optimized winding designs to reduce copper losses, ensuring overall high efficiency even under heavy - load conditions. The EE25 High Power High Frequency Transformer thus plays a pivotal role in enabling the reliable and efficient operation of modern high - power, high - frequency electrical systems.

2.Features

1. Reasonable structural design
EE25 size specifications: EE25 identifies specific iron core sizes and shapes, which helps to achieve standardized installation and integration in different devices, facilitating circuit layout and system design for designers.

Compact structure: With a relatively compact structural design, it ensures high power and high-frequency performance while occupying a small space, which is conducive to the miniaturization and lightweighting of equipment, and is suitable for applications with strict space requirements.

2. Stable electrical performance
Good voltage regulation: It can accurately convert the input voltage into the desired output voltage and maintain the relative stability of the output voltage when the load changes, providing a stable and reliable power supply for backend devices.

High insulation performance: Using high-quality insulation materials and processes, the transformer ensures good insulation performance in high voltage and high frequency environments, effectively preventing electrical short circuits and leakage phenomena, and ensuring equipment and personnel safety.

3. Good heat dissipation performance
Heat dissipation design: Considering that high-power operation will generate a lot of heat, a reasonable heat dissipation design is usually equipped, such as heat sinks or heat dissipation ducts, which can dissipate heat in a timely manner, maintain the transformer within a suitable working temperature range, extend its service life, and ensure stable performance.

4. High reliability
Durability: Through careful design and strict manufacturing processes, it has high reliability and durability, and can operate stably under long and high load working conditions, reducing downtime and maintenance costs caused by failures.

3.Application