Core Features

1. Assembly Ferrite Core Design: The Assembly structure consists of multiple segmented ferrite cores (e.g., MnZn, NiZn) and flat wire windings, enabling customizable inductance and current ratings via series/parallel configuration to meet high-power system requirements.

2. Low Loss & High Frequency Performance: High-quality ferrite cores offer ultra-low core loss at high switching frequencies (typically 100 kHz to several MHz), while flat wire winding with a high copper fill factor minimizes DC resistance (DCR) and AC loss from the skin effect, ensuring high efficiency in high-frequency power conversion.

3. High Power Density & Compact SMD Form: The modular ferrite design integrates tightly with flat wire coils, delivering high inductance and current capacity in a small surface-mount footprint, ideal for space-constrained, high-power-density applications.

4. Excellent Thermal & Mechanical Stability: Ferrite cores provide good thermal conductivity, and the modular SMD package with robust soldering terminals ensures reliable operation under high-temperature (up to 125–150°C) and vibration conditions, meeting industrial and automotive reliability standards.

5. Low EMI & Magnetic Shielding: Closed or semi-closed ferrite core topology effectively reduces leakage flux, suppressing electromagnetic interference (EMI) and ensuring compliance with EMC regulations for sensitive electronic systems.

Main Application

1. High-Frequency Power Conversion: High-efficiency DC-DC converters (server/telecom power supplies, GPU/CPU VRMs), LLC resonant converters, and high-frequency buck/boost circuits.

2. Automotive Electronics: EV on-board chargers (OBC), high-voltage DC-DC converters, and automotive ADAS/infotainment power modules requiring high-frequency, low-loss performance.

3. Industrial & Renewable Energy: High-frequency photovoltaic (PV) inverters, energy storage PCS, and industrial motor drives operating at elevated switching frequencies.

4. Consumer & High-Performance Electronics: Fast-charging adapters, gaming consoles, and high-power computing hardware demanding compact, high-efficiency, and high-frequency power inductors.