Pot Ferrite Core has small size, high inductance, convenient winding, balanced magnetic shielding and heat dissipation.

The EER Cores have a good coupling position and a circular center column, which is convenient for winding and increases the winding area, so a transformer with high power and low leakage inductance can be designed.

U Cores has the characteristics of small impedance deviation, large output current, high inductance, and ability to suppress high-order harmonics.

Tomita SSC Type Flat Ferrite Cores for flat cables come and can be easily applied over terminated cables.

RIH Type Cores are magnetic components with a special geometry, which are mainly used to optimize electromagnetic performance and adapt to specific application requirements.

TRH Type Ferrite Cores have large output current, low loss, high voltage resistance, high inductance and low price.

TR Type Ferrite Cores have large output current, low loss, high voltage resistance, high inductance and low price.

RM Core has good magnetic shielding effect, strong anti-interference ability, high inductance coefficient, small magnetic leakage, and the skeleton is equipped with multiple pins, which can be used to design multiple output transformers and can be installed at high density.

RI Type Bead Ferrite is a passive electronic component used to suppress high-frequency electromagnetic interference (EMI). It mainly absorbs or reflects noise through its high-frequency impedance characteristics, thereby improving the electromagnetic compatibility (EMC) of the circuit.

Ferrite rod cores minimize electromagnetic interference while enhancing operational frequency and overall performance.

Tomita PC Type Pot Ferrite Cores are used in transformer

EP Ferrite Core has the advantages of good magnetic shielding effect, small distributed capacitance, low transmission loss, high inductance, small leakage inductance, uniform magnetic field distribution, etc. The skeleton is equipped with multi-way connectors, which makes it easy to design multi-way output transformers.