Laminated Flux Concentrator
Magnetic Characteristics
| Flux Concentrator Magnetic Characteristics | ||
|---|---|---|
| Parameter | Typical Value | Unit |
| Curie Temperature | 450 | degC |
| Maximum Relative Permeability | 100000 | a.u. |
| Initial Relative Permeability | 7000 | a.u. |
| Saturation Flux Density | 1.5 | T |
| Coercivity, Hc | 2.8 | A/m |
Material Grades :
- NiFe 48%
- NiFe 80%
- NiFe 48% & 80% combination
- Low core loss Silicon Iron
Material Thickness:
They can be made in customer specific thicknesses by using different no. of lamination. Minimum 0.2 mm & Maximum up to 1 mm.
Features :
- High magnetic permeability
- Low hysteresis loss
- High linearity
- Con-tactless current sensing: 1 Amp - 1000Amps
- High speed / Short response time < 2 micro second
- Based on melexis hall sensor or any reputed hall sensor
End Applications :
- Automobile
- Electricity meter
Why PML?
- Ability to deliver mass production quantities finally pure hydrogen heat treated.
- Carbide Auto stacking tooling used for production on highly accurate imported high speed press.
- Samples for concept testing provided made by low cost prototype tooling or even by wire cutting.
- PML collaborates for current sensor application with Maglab (representative & development Partner) and Melexis. Maglab (representative & development Partner) is an engineering company interfacing the design of the current sensor based on Melexis Hall-Sensors and PML magnetic cores/shields. Melexis is an automotive qualified sensor supplier.
- Dimensions functionally critical like gap & stack perpendicularity, Symmetricity, Concentricity is achieved in tolerance range of 0.02 to 0.04.
- Ability to check the core material in a ring shape or close loop shape by plotting hysteresis loop.
- Ability to test the outgoing core performance at desired current & desired frequency. Frequency can be up to 50 KHz. Hence we can generate simulation as per the actual application.
