High μi Material

Material	Temperature	Symbol	Unit	H3K	H5K	H6K	H7K
Initial permeability	25°C	µi		3000 25%	5000 25%	6000 25%	7000 25%
Amplitude premeability at 25kHz sine wave,200mT	25°C	µa		3700min	5600min	6600min	7800min
Curie temperature		Tc	°C	>210	>200	>150	>140
Relative Core loss 25KHz200mT	25°C	PV	kw/m³	<180	<180	<180
	60°C			<130	<160
	100°C			<160	<200	<200
Relative Core loss 100KHz200mT	25°C	PV	kw/m³
	60°C
	100°C
Saturation flux density at 1000A/m	25°C	Bms	mT	500	500	440	420
	60°C			450	450	390	390
	100°C			390	390	320	320
Remanence	25°C	Brms	mT	130	118	95	120
	60°C			90	80	65
	100°C			95	83	55
Coercivity	25°C	Hc	A/m	11	10	10	12
	60°C			8	8	8
	100°C			8	8	8
Resistvity		ρ	Ωm	4	4	1	2
Density		δ	g/cm³	4.8	4.8	4.8	4.8
Note 1				EI,EE,PQ EER,RM EP,T,UF ET,FT	EI,EE,PQ EER,RM EP,T,UF ET,FT	EI,EE,PQ EER,RM EP,T,UF ET,FT	EI,EE,PQ EER,RM EP,T,UF ET,FT

Material	Temperature	Symbol	Unit	H8K	H10K	H12K	H15K
Initial permeability	25°C	µi		8000±25%	10000±25%	12000±25%	15000±25%
Amplitude premeability at 25kHz sine wave,200mT	25°C	µa
Curie temperature		Tc	°C	130	120	110	110
Relative Core loss 25KHz200mT	25°C	PV	kw/m³
	60°C
	100°C
Relative Core loss 100KHz200mT	25°C	PV	kw/m³
	60°C
	100°C
Saturation flux density at 1000A/m	25°C	Bms	mT	420	420	380	380
	60°C
	100°C
Remanence	25°C	Brms	mT	100	90	100	100
	60°C
	100°C
Coercivity	25°C	Hc	A/m	12	10	7	12
	60°C
	100°C
Resistvity		ρ	Ωm	0.5	0.2	0.1	0.1
Density		δ	g/cm³	4.9	4.9	4.9	4.9
Note 1				UF,EI,EE PQ,EER, RM,EP, T,POT	UF,EI,EE PQ,EER, RM,EP, T,POT	UF,EI,EE PQ,EER, RM,EP, T,POT	UF,EI,EE PQ,EER, RM,EP, T,POT

2011-09-13 17:20:02