High Frequency Filters

High-frequency reactors are specifically designed for environments with operating frequencies exceeding 10 kHz. They are widely used across various fields, including switching power supplies, ACL and DCL systems in photovoltaic solar energy, and PFC systems in household air conditioners.

High-frequency Iron-Silicon-Aluminum Magnetic Core: We employ high-frequency iron-silicon-aluminum core technology. This innovative material ensures the reactor has great high-frequency magnetic properties. It effectively reduces energy losses, significantly lowers iron losses during high-frequency operation, and ensures stable inductance over long periods of operation.

Miniaturized Design: Through precise design, the high-frequency reactor achieves miniaturization while maintaining high saturation magnetic flux density, meeting the stringent space utilization requirements of modern equipment.

High-temperature Class H Insulation Materials: We use high-temperature Class H insulation materials to ensure the reactor can withstand high-intensity pulse wave impacts in circuits, thereby guaranteeing stability and reliability in operation. The effective operating frequency range is broad, from 1 kHz to 30 kHz.

Stable High-frequency Operation: High-frequency reactors are capable of long-term operation at high frequencies. Even in high-frequency working environments, their inductance remains constant without frequent adjustments, significantly reducing maintenance costs.

This high-frequency reactor, with its great performance and stable operation, has become an ideal choice in many industrial fields.