Products
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Open Frame Solenoid Electromagnet
1.Push pull Type, linear motion, open frame, plunger spring return, DC solenoid electromagnet;
2.Simple structure, small volume, high adsorption force.copper coil inside, has good... -
DC-DC Power Module
1. Ultra wide range input(4: 1), output 10W;
2. Conversion efficiency 91%(Typ);
3. Isolation voltage 1500V dc;
4. Ultra-How standby power consumption:... -
Nanocrystalline Cores
1.High permeability;
2.Reduce in size;
3.Reduce the winding turns;
4.Low DC resistance;
5.Low core loss;
6.High impedence overall the... -
Nanocrystalline Choke Core
1.High permeability;
2.Reduce in size;
3.Reduce the winding turns;
4.Low DC resistance;
5.Low core loss;
6.High impedence overall the... -
EMI Amorphous Beads
1.Low loss which improve the efficiency of a switch-mode power supplies;
2.High inductance when the current crosses zero;
3.Very low saturated... -
Common Mode Choke Core
1.High permeability;
2.Reduce in size;
3.Reduce the winding turns;
4.Low DC resistance;
5.Low core loss;
6.High impedence overall the... -
Amorphous Cut-cores
1.Low eddy current losses;
2.Low hysteresis losses;
3.High efficiency332;
4.Low temperature rise;
5.High saturation flux density B saturation... -
Amorphous Powder Core
1.Reduce Overall Component Cost than Other Solution;
2.Low Ripple Current;
3.High Effciency;
4.Smaller in Size (Save PCB Size);
5.Smallest Temperature Rise... -
Sendust Cores
1.85%Fe, 9%Si, 6%Al alloy powder;
2.Core Losses Significantly Lower than Iron Powder Cores ;
3.Good DC-Bias Characteristics;
4.Cost between Powder Iron and MPP;
... -
MPP Cores
1.High Resistivity;
2.Low Hysteresis and Eddy Current Losses;
3.Excellent Inductance Stability under High DC-Bias Cindition;
4.Good Temperature Stability. -
Iron Powder Cores
1. High saturated magnetic induction strength , it may work in large current, without saturation;
2. Stable and reliable properties, effective permeability has excellent frequency... -
High Flux Cores
1.Excellent DC-Bias Characteristics;
2.High Bmax of 15000Gauss Compared to MPP or Ferites;
3.Core Losses Significantly Lower than Iron Cores;
4.Large Energy Storage...
















