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▶ Ni-Zn Materials

Material YN-201 YL-9N YL-81
Initial permeability(μiac)   300±20% 350±20% 350±20%
Saturation magnetic
flux density(Bs)
mT
 [H=1194A/m]
400 330 330
Remanent flux density(Br) mT 300 205 80
Coercive force(Hc) A/m 60 48 48
Relative loss factor(tanδ/μi) X10-6 30 12 25
Relative temp. factor(αμr)   X10-6/℃ 3~4 5 12
Curie temperature(Tc) >200 >170 >150
Electrical resistivity MΩ·m >10 >10 >10
Density(d)  kg/㎥ 5.0×10³ 5.0×10³ 5.0×10³
* Typical values
* The value were obtained with toroidal cores(25×15×5mm) at room temperature unless otherwise shown
 
 
Material YN-400 YN-800 YN-202
Initial permeability(μiac)   300±20% 800±25% 1300±20%
Saturation magnetic
flux density(Bs)
mT
[H=1194A/m]
420 360 360
Remanent flux density(Br) mT 160 220 170
Coercive force(Hc) A/m 35 20 18
Relative loss factor(tanδ/μi) X10-6 8 21 25
Curie temperature(Tc) >200 ≥170 ≥160
Electrical resistivity MΩ·m >10 >10 >10
Density(d) kg/㎥ 5.0×10³ 5.0×10³ 5.0×10³
* Typical values
* The value were obtained with toroidal cores(25×15×5mm) at room temperature unless otherwise shown
 
 
Material YT-314 YH-20R  
Initial permeability(μiac)   1000±20% 2000±20%  
Saturation magnetic
flux density(Bs)
mT
[H=1194A/m]
280 260  
Remanent flux density(Br) mT 130 100  
Coercive force(Hc) A/m 32 11  
Relative loss factor(tanδ/μi) X10-6 15(0.1MHz) 25(0.1MHz)  
Relative temp. factor(αμr) X10-6/℃ 2 3~4  
Curie temperature(Tc) >110 >100  
Electrical resistivity Ω·m >1.0 >1.0  
Density(d) kg/㎥ 5.0×10³ 4.9×10³  

* Typical values
* The value were obtained with toroidal cores(25×15×5mm) at room temperature unless otherwise shown