| Material Characteristics |
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PML uses high permeability Nickel, Iron
and Molybdenum alloys including Mu-Metals. Depending on the type
of application we have materials with different nickel content.
* Low Nickel Content
This material exhibits very high electrical resistivity. It gives
a good response in the frequency range of 1 to 50Khz. |
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Magnetic Property
DC magnetic property |
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Coercive field (A/m) |
Maximum Permeability |
Remnant Induction (Tesla) |
Saturation Induction
(Telsa) |
6 |
30000 |
0.4 |
1.3 |
|
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| A.C. magnetic property |
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Permeability at 0.4
A/m and 60 Hz |
Maximum Permeability
at 60 Hz |
7000 |
30000 |
|
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|
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| * Medium Nickel Content |
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| This material exhibits the Maximum saturation
induction level |
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Magnetic Property
DC magnetic property |
| |
Coercive field (A/m) |
Maximum Permeability |
Remnant Induction (Tesla) |
Saturation Induction
(Telsa) |
2.8 |
190000 |
1.1 |
1.5 |
|
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| A.C. magnetic property |
| |
Permeability at 0.4
A/m and 60 Hz |
Maximum Permeability
at 60 Hz |
10000 |
54000 |
|
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|
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| * High Nickel Content |
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| This material exhibits highest permeability
levels, low coercive fields and low magnetic losses. |
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Magnetic Property
DC magnetic property |
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Maximum Permeability |
Remnant Induction (Tesla) |
Saturation Induction
(Telsa) |
570000 |
0.4 |
0.75 |
|
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| A.C. magnetic property |
| |
Permeability at 0.4
A/m and 60 Hz |
Maximum Permeability
at 60 Hz |
34000 |
400000 |
|
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|
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