| |
Cut
Core Design Manual
MATERIAL SELECTION GUIDE: TABLE 1
|
MATERIAL
|
THICKNESS
|
AVAIL. SHAPE
|
APPLICATIONS
|
Microsil
Silicon
Grain
Oriented
Steel |
1,2 mil M,L
|
C, E
|
At high frequencies
where eddy current loss is significant, pulse transformers,
chokes. |
|
4 mil H
|
C, E
|
Up to 16 KG, at 400
Hz; transformers, filter chokes, reactors, amplifiers, pulse
transformers |
|
4 mil Z
|
C, E
|
At inductions from 16
KG to 17.5 KG in similar applications as 4 mil H. |
|
7 mil J
|
C, E
|
Up to 18.0 KG, the performance
of 7 mil material at 400 Hz will be equal to or better than
the performance of 4 mil class MH or MZ cores. |
|
9 mil AZ, SZ
|
C, E
|
Up to 18.5 KG, at 60
Hz. Applications are the same as A and S materials but can
be used in smaller envelope requirements. |
|
12 mil A, S
|
C, E
|
Up to 18.5 KG at 60
Hz for transformers, filter chokes, reactors, magnetic amplifiers
(exciting current increases rapidly above 15 KG) |
|
Supermendur
|
4 mil
|
C, E
|
At 400 Hz to 800 Hz,
highest flux density; power transformer, filter chokes. |
Superperm 49
50% NiFe
|
1, 2, 4 mil
|
C, E
|
At high frequencies
or in pulse transformers requiring higher pulse permeability
and lower cores loss than Microsil |
Superperm 80
80% NiFe
|
1, 2, 4 mil
|
C, E
|
At high frequencies,
low noise, power and pulse transformers requiring low remanence,
highest permeability and lowest loss. |
|
