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EE55
TRAFOPSU
The dual EE55 SMPS transformer is engineered for high-power battery charging applications, including forklifts and electric vehicles. Featuring two EE55 ferrite cores and copper foil windings, this transformer significantly reduces AC losses, improves thermal performance, and ensures reliable operation under continuous high-power conditions.
Designed for 7 kW to 10 kW battery chargers, the transformer is optimized for LLC resonant, full-bridge, and half-bridge topologies, offering flexibility across various switch-mode power supply architectures. Its high-frequency operation allows a compact design, saving space in industrial and automotive charging systems, while maintaining high efficiency and low noise.
The copper foil winding technique enhances current carrying capacity and minimizes leakage inductance, ensuring precise voltage regulation and stable output. With robust construction and high-quality ferrite material, this transformer withstands demanding industrial environments, providing long-term reliability and consistent performance.
Ideal for manufacturers of battery chargers for forklifts, electric cars, and other electric vehicles, this transformer combines efficiency, durability, and compactness, meeting modern energy-saving standards and high-power requirements. Whether used in industrial or automotive settings, the dual EE55 design delivers superior performance, reduced heat generation, and dependable operation, making it a key component for advanced SMPS battery charging solutions.
The dual EE55 SMPS transformer is engineered for high-power battery charging applications, including forklifts and electric vehicles. Featuring two EE55 ferrite cores and copper foil windings, this transformer significantly reduces AC losses, improves thermal performance, and ensures reliable operation under continuous high-power conditions.
Designed for 7 kW to 10 kW battery chargers, the transformer is optimized for LLC resonant, full-bridge, and half-bridge topologies, offering flexibility across various switch-mode power supply architectures. Its high-frequency operation allows a compact design, saving space in industrial and automotive charging systems, while maintaining high efficiency and low noise.
The copper foil winding technique enhances current carrying capacity and minimizes leakage inductance, ensuring precise voltage regulation and stable output. With robust construction and high-quality ferrite material, this transformer withstands demanding industrial environments, providing long-term reliability and consistent performance.
Ideal for manufacturers of battery chargers for forklifts, electric cars, and other electric vehicles, this transformer combines efficiency, durability, and compactness, meeting modern energy-saving standards and high-power requirements. Whether used in industrial or automotive settings, the dual EE55 design delivers superior performance, reduced heat generation, and dependable operation, making it a key component for advanced SMPS battery charging solutions.
