Planar Transformer
Ultra thin flat structure, highly integrated design, perfect for high power density applications. Low leakage inductance and high efficiency, helping to miniaturize power modules, suitable for communication equipment, automotive electronics, and aviation fields.
High-Frequency Transformer
Specially designed for high-frequency switching power supplies, with low magnetic core loss and excellent temperature rise control. The working frequency can reach tens to hundreds of kilohertz, ensuring high isolation and voltage resistance while achieving efficient energy transmission, making it an ideal choice for LED drivers and server power supplies.
Current Transformer
The "current eye" with accurate sampling has excellent linearity and small phase error. It can accurately detect the primary current and provide reliable signals for metering, protection, and control systems. It is widely used in smart meters, power monitoring, and overcurrent protection circuits.
Common Mode Choke
The 'nemesis' of electromagnetic interference (EMI). The high permeability magnetic core, combined with a symmetrical winding structure, presents high impedance to common mode noise, effectively suppresses conducted interference on power lines, and helps equipment easily pass electromagnetic compatibility (EMC) certification.
PFC Inductor
The core component of power factor correction (PFC) circuit. Maintain stable inductance in continuous or critical conduction mode, reduce input current harmonics, and improve power grid utilization. Suitable for high-power switching power supplies, charging stations, and inverter equipment.
Differential Mode Inductor
Efficient suppression device for differential mode interference. Designed with low DC resistance and high saturation magnetic flux density, it can withstand large operating currents, effectively smooth current ripple, and extend the lifespan of the back-end electrolytic capacitor. It is commonly used in power input/output filtering and DC-DC conversion circuits
Resonant Inductor
Tailored for LLC, LCC and other resonant converters. Featuring excellent inductance stability and low loss characteristics, it ensures precise frequency response of the resonant network over a wide frequency range, achieving soft switching and reducing switching losses. Suitable for high-efficiency power sources, photovoltaic inverters, and wireless charging systems.
Copper Busbar Inductor
Using large current carrying copper bars as windings, the structure is sturdy and the heat dissipation is excellent. It can withstand hundreds of amperes of DC or low-frequency AC current, with both high inductance and low DC resistance, effectively suppressing current ripple. Widely used in high-power energy storage systems, electric vehicle motor controllers, and industrial variable frequency power supplies.
