FE2403 Nanocrystalline EMC Common Mode Choke Core

Catalog No.	FE2403
Crystallization Temperature	> 500 °C
Coercivity	< 25 A / m
Maximum Permeability	> 600,000

SAM provides high-quality Nanocrystalline EMC Common Mode Choke Core in a variety of sizes and dimensions to enable the most efficient production at your location. We offer quick turnaround and customized solutions for our customers per your needs.

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Saturation Induction (Tesla)	1.25	Maximum Permeability	> 600,000
Curie Temperature (^oC)	> 570	Coercivity (A / m)	< 2
Crystallization Temperature (^oC)	> 500	Iron loss (20kHz, 0.5T), w / kg	< 25
Saturation Magnetostriction (ppm)	< 2	Iron Loss (100kHz, 0.2T), w / kg	< 70
Residual Induction (Tesla)	0.5 ～0.8	Variation in Iron loss (-50 ~ 130^oC)	15%
Initial Permeability	> 80,000	Working temperature range	-50 ~130^oC

Part NO.	Core Dimensions ODIDHT (mm)	Case Dimensions ODIDHT (mm)	Effective Cross Section A_Fe(mm²)	Mean Path Length l_Fe (mm)	AL at 10 kHz (µH)
SAMCM-01	21158	2412.311.5	18.7	56.5	20
SAMCM-02	252010	27.317.512.3	19.5	70.6	27
SAMCM-03	261610	28.514.813.2	32.6	66.6	25
SAMCM-04	302010	3317.513.5	39	78.5	48
SAMCM-05	322010	351713.5	46.8	81.6	56
SAMCM-06	402510	442215	58.5	102	20
SAMCM-07	402515	442218	85.5	102	80

Saturation Induction (Tesla)	1.25	Maximum Permeability	> 600,000
Curie Temperature (^oC)	> 570	Coercivity (A / m)	< 2
Crystallization Temperature (^oC)	> 500	Iron loss (20kHz, 0.5T), w / kg	< 25
Saturation Magnetostriction (ppm)	< 2	Iron Loss (100kHz, 0.2T), w / kg	< 70
Residual Induction (Tesla)	0.5 ～0.8	Variation in Iron loss (-50 ~ 130^oC)	15%
Initial Permeability	> 80,000	Working temperature range	-50 ~130^oC

FE2403 Nanocrystalline EMC Common Mode Choke Core

Nanocrystalline EMC Common Mode Choke Core Description

Nanocrystalline EMC Common Mode Choke Core Specifications

Nanocrystalline EMC Common Mode Choke Core Applications

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