Mn-Zn POWER FERRITE MATERIAL CHARACTERISTICS   Characteristics Unit JPP-2 JPP-3 JPP-4 JPP-4A JPP-44 JPP-45 ui Initial Permeability 300025% 250025% 230025% 250025% 240025% 250025% ua Amplitude Permeability 3200min 3000min 3000min 3000min 3000min Bs Saturation Flux Density at 1194A/m 25 mT 470 500 500 510 510 530 100 mT 370 390 390 390 390 420 Br Remanence 25 mT 120 110 100 80 110 120 100 mT 85 60 55 55 60 80 Hc Coercivity 25 A/m 12 12 14 11 13 12 100 A/m 7 10 9 8 6.5 8 Pc Core Loss 16kHz 150mT 25 kw/m3 57 60 kw/m3 53 100 kw/m3 25kHz 200mT 25 kw/m3 130 60 kw/m3 90 100 kw/m3 100 100kHz 200mT 25 kw/m3 700 600 450 600 570 60 kw/m3 500 460 400 80 kw/m3 400 300 100 kw/m3 600 410 300 460 120 kw/m3 450 380 P Electrical Resistivity -m 6 9 6 8 6.5 6.5 Tc Curie Temperature > 200 > 230 > 215 > 215 > 215 > 230 Density kg/m3 4.8103 4.8103 4.8103 4.8103 4.8103 4.8103   Mn-Zn HIGH PERMEABILITY FERRITE MATERIAL CHARACTERISTICS   Characteristics Unit JPH-5 JPH-5Z JPH-7 JPH-10 JPH-12 JPH-15 ui Initial Permeability 500025% 500025% 700025% 1000025% 1200030% 1500030% tan ui Relative Loss Factor 10-6 <6.5(10kHz) <2.5(10kHz) <6.5(10kHz) <7.0(10kHz) <8.0(10kHz) <7.0(10kHz) a ui Temperature Factor of Initial Permeability 10-6 -0.5~3.0 (20-60) -0.5~1.5 (20-80) -0.5~3.0 (20-60) -0.5~2.0 (20-60) -0.5~3.0 (20-70) -0.5~1.5 (20-70) Bs Saturation Flux Density H=1194A/m mT 420 420 410 400 380 360 Br Remanence mT 140 65 135 90 100 100 Hc Coercivity A/m 8 6 7.5 7.5 4.4 4.4 Electrical Resistivity -m 2 3 0.15 0.1 0.15 0.15 DF Disaccommodation 10-6 <3.5 <3.5 <3.5 <3.0 <3.0 < 2.0 Tc Curie Temperature > 135 > 135 > 135 > 120 > 110 > 105 d Density kg/m3 4.8103 4.9103 4.9103 4.9103 4.9103 4.95103 |z| Typical Impedance > 65*

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