PM12 MATERIAL - todaisu.co.kr characteristics/PM12.pdf · PM12 MATERIAL 0 1 10 100 1000 10000 1 10...
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◈ Material Property Symbol Unit Condition Value μ i - 25℃, ≤10㎑, ≤ 1mT 3200±25% H=1200(A/m), 25℃, f=10㎑ 520 H=1200(A/m), 100℃, f=10㎑ 420 25℃, f=10㎑ 14 100℃, f=10㎑ 10 B rms mT H=1200(A/m), 25℃, f=10㎑ 140 T c ℃ - >210 f c ㎒ 25℃ 1.5 100㎑ / 200mT, 25℃ 315 100㎑ / 200mT, 100℃ 290 ρ Ωm - 7 d ㎏/ｍ³ - 4900 PM12 MATERIAL B s mT P L mW/㎤ A/m H c 10000 PERMEABILITY (μ i ) vs. FREQUENCY μ' 4000 5000 ) PERMEABILITY (μ i ) vs. TEMPERATURE 10 100 1000 10 100 1000 10000 μ' μ" Frequency(㎑) μ' μ" 0 1000 2000 3000 0 50 100 150 200 250 Initial Permeability(μ i ) Temperature(℃) 0 1000 2000 3000 4000 5000 6000 0 100 200 300 400 500 600 Amplitude Permeability (μ a ) Flux Density(mT) PERMEABILITY (μ a ) vs. FLUX DENSITY(B) 100℃ 25℃ 0 20 40 60 80 100 120 140 0 20 40 60 80 100 120 Power Loss(mW/㎤) Temperature(℃) POWER LOSS(P L ) vs. TEMPERATURE at 100mT 50㎑ 25㎑ 100㎑
Transcript of PM12 MATERIAL - todaisu.co.kr characteristics/PM12.pdf · PM12 MATERIAL 0 1 10 100 1000 10000 1 10...
Material Property
Symbol Unit Condition Value
µi - 25, ≤10, ≤ 1mT 3200±25%
H=1200(A/m), 25, f=10 520
H=1200(A/m), 100, f=10 420
25, f=10 14
100, f=10 10
Brms mT H=1200(A/m), 25, f=10 140
Tc - >210
fc 25 1.5
100 / 200mT, 25 315
100 / 200mT, 100 290
ρ Ωm - 7
d /ｍ³ - 4900
PM12 MATERIAL
Bs mT
PL mW/
A/mHc
10000
PERMEABILITY (µi)vs. FREQUENCY
µ' 4000
5000
)PERMEABILITY (µi)vs. TEMPERATURE
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µ' µ
"
Frequency()
µ'
µ"
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Initia
l P
erm
eability(µ
i)
Temperature()
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Am
plitu
de P
erm
eability (µ
a)
Flux Density(mT)
PERMEABILITY (µa)vs. FLUX DENSITY(B)
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25
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Pow
er Loss(m
W/
)
Temperature()
POWER LOSS(PL)vs. TEMPERATURE at 100mT
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25
100
PM12 MATERIAL
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Pow
er Loss(m
W/
)
Frequency()
POWER LOSS(PL)
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Pow
er Loss(m
W/
)
Temperature()
POWER LOSS(PL) vs.TEMPERATURE at 200mT
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Flu
x D
ensity(m
T)
Temperature()
FLUX DENSITY(B) vs. TEMPERATURE
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Pow
er Loss(m
W/
)
Frequency()
POWER LOSS(PL)
vs. FREQUENCY at 100
100mT
200mT
50mT
