Nanocrystalline Round-Cut Core Description
Nanocrystalline circularly cut cores exhibit a high permeability over a wide frequency range. They are suitable for common-mode chokes, which are employed as EMC filters to reduce line-connected common-mode interference. In comparison to standard ferrite cores, the nanocrystalline cut core offers high inductance, effective filter performance, low core loss, reduced size and volume, fewer copper windings, lower current consumption and efficient operation.
Nanocrystalline Round-Cut Core Specifications
Saturation Flux Density
|
1.25T
|
Permeability @ 10KHz
|
> 20 000
|
Stacking Factor
|
0.78
|
Resistivity
|
90μΩ.cm
|
Curie Temperature
|
560 °C
|
Core Forms
|
Toroidal Core
|
Part No.
|
Dimensions
|
ID
|
OD
|
HT
|
MSNCC-01
|
47
|
63
|
8
|
MSNCC-02
|
32
|
45
|
10
|
MSNCC-03
|
34
|
46
|
10
|
MSNCC-04
|
26
|
37
|
10
|
MSNCC-05
|
44
|
55
|
10
|
MSNCC-06
|
66
|
86
|
10
|
MSNCC-07
|
90
|
125
|
25
|
MSNCC-08
|
75
|
98
|
35
|
MSNCC-09
|
115
|
140
|
55
|
Nanocrystalline Round-Cut Cores Applications
Nanocrystalline Round-Cut Cores are employed in the following applications:
- PFC choke
- Output inductance
- Hall effect sensor concentrator
- Choke for differential operation
- Replacement of High-Flux Cores
- Open current transformers