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High BM and Power Materials

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Characteristics   Unit MBB22D MBB30D MBB19D MBB28D
μi
   
±25%
±25%
±25%
±25%
Initial permeability
23℃
2200
3000
1900
2800
Bs
Saturation magnetic flux density
23℃
mT
510 ※
480
530
530
 
Magnetic field 1000A/m ※1200A/m
100℃
420※
340
440
440
Br
23℃
mT
180
180
300
100
Remanent flux density
100℃
70
160
Hc
23℃
A/m
15
12
22
15
Coercive force
100℃
7.5
tanδ/μi
10kHz
×10-6
3.5
2.5
Relative loss factor
100kHz
5.5
3.5
 
23℃
850
1100
800
480
 
40℃
 
60℃
600
1150
540
310
Core loss volume density
80℃
kW/m3
520
430
400
Pcv 100kHz 200mT
100℃
500
1500
370
520
 
120℃
620
350
620
 
140℃
420
αμir  
Relative temperature factor
20~60℃
×10-6
6.0
2.2
6.0
2.0
Tc
Curie temperature
>200
>200
>220
>220
ρ
Electrical resistivity
Ω・m
5.0
0.4
8.0
8.0
Density
kg/m3
4.85×103
4.85×103
4.85×103
4.85×103
 
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Low Power Loss Materials
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High BM and Power Materials
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HIh Q and High Permeability
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Stable Permeability and Low THD Materials
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Design Guidelines for Mn-Zn Cores
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