2024年3月27日发(作者：隐逸雅)
Materials specification
MZ97 SPECIFICATIONS
CONDITIONS
μi
μa
Bs
Br
Hc
Pv
25
℃
;
≦
10 kHz;0.25mT
25
℃
;
≦
25 kHz;200mT
VALUE
3000±
20%
5300
mT
mT
A/m
kW/m
3
25
℃
;10 kHz;1200A/m 520
100
℃
; 10 kHz;1200A/m 420
25
℃
;10 kHz;1200A/m 73
100
℃
; 10 kHz;1200A/m 55
25
℃
;10 kHz;1200A/m 10
100
℃
; 10 kHz;1200A/m 8.3
25
℃;
100kHz;200mT
60
℃;
100kHz;200mT
120
℃;
100kHz;200mT
140
℃;
100kHz;200mT
DC;25
℃
≧215
4900
340
300
320
370
UNIT
MZ97
ρ
Tc
Density
Ωm
℃
Fig.1 Complex permeability as a function
of frequency.
kg/m
3
Fig.2 Amplitude permeability as function of
peak flux density.
Fig.3 Initial permeability as a function of
temperature.
2
Materials specification
Fig.4 Specific power loss as a function of peak
flux density with frequency as a parameter.
Fig.6 Typical B-H loops of 25℃&100℃
3
MZ97
Fig.5 Specific power loss for several
frequency/flux density combinations as
a function of temperature.
Fig.7 Bs VS Temperature
2024年3月27日发(作者：隐逸雅)
Materials specification
MZ97 SPECIFICATIONS
CONDITIONS
μi
μa
Bs
Br
Hc
Pv
25
℃
;
≦
10 kHz;0.25mT
25
℃
;
≦
25 kHz;200mT
VALUE
3000±
20%
5300
mT
mT
A/m
kW/m
3
25
℃
;10 kHz;1200A/m 520
100
℃
; 10 kHz;1200A/m 420
25
℃
;10 kHz;1200A/m 73
100
℃
; 10 kHz;1200A/m 55
25
℃
;10 kHz;1200A/m 10
100
℃
; 10 kHz;1200A/m 8.3
25
℃;
100kHz;200mT
60
℃;
100kHz;200mT
120
℃;
100kHz;200mT
140
℃;
100kHz;200mT
DC;25
℃
≧215
4900
340
300
320
370
UNIT
MZ97
ρ
Tc
Density
Ωm
℃
Fig.1 Complex permeability as a function
of frequency.
kg/m
3
Fig.2 Amplitude permeability as function of
peak flux density.
Fig.3 Initial permeability as a function of
temperature.
2
Materials specification
Fig.4 Specific power loss as a function of peak
flux density with frequency as a parameter.
Fig.6 Typical B-H loops of 25℃&100℃
3
MZ97
Fig.5 Specific power loss for several
frequency/flux density combinations as
a function of temperature.
Fig.7 Bs VS Temperature