Ferrite Cores

Results: 6

Filters

Stacked

Scrolling

Showing

of 6

Mfr Part #	Quantity Available	Price	Series	Package	Product Status	Core Type	Supplier Device Package	Material	Diameter	Inductance Factor (Al)	Tolerance	Gap	Effective Permeability (µe)	Initial Permeability (µi)	Core Factor (ΣI/A) mm⁻¹	Effective Length (le) mm	Effective Area (Ae) mm²	Minimum Core Cross Section (Amin) mm²	Effective Magnetic Volume (Ve) mm³	Finish	Height	Length	Width

B65807N0250A048 FERRITE CORE RM 250NH N48 2PCS EPCOS - TDK Electronics	1,796 In Stock	1 : ¥27.03000 Box	RM6	Box	Active	RM	RM 6	N48	-	250 nH	±3%	Gapped	171.0	-	0.86	26.9	31.3	-	840.0	Uncoated	0.246" (6.25mm)	0.701" (17.90mm)	0.323" (8.20mm)
B65887E0000R087 FERRITE CORE RM 6UH N87 2PCS EPCOS - TDK Electronics	719 In Stock	1 : ¥84.33000 Box	RM14	Box	Active	RM	RM 14	N87	-	6 µH	-20%, +30%	Ungapped	1670.0	2200	0.35	70.0	200.0	170.0	14000.0	Uncoated	0.594" (15.10mm)	1.661" (42.20mm)	0.748" (19.00mm)
B65807J0000Y038 FERRITE CORE RM 8.6UH T38 2PCS EPCOS - TDK Electronics	4,274 In Stock	1 : ¥22.70000 Box	RM6	Box	Active	RM	RM 6	T38	-	8.6 µH	-30%, +40%	Ungapped	5350.0	2300	0.78	28.6	36.6	31.0	1050.0	Uncoated	0.246" (6.25mm)	0.701" (17.90mm)	0.323" (8.20mm)
B65807J0000R608 FERRITE CORE RM PCS200 EPCOS - TDK Electronics	1,615 In Stock	1 : ¥28.56000 Bulk	RM6	Bulk	Active	RM	RM 6	PC200	-	-	-20%, +30%	Ungapped	680.0	800	0.78	28.6	36.6	31.0	1050.0	Uncoated	0.492" (12.50mm)	0.701" (17.90mm)	0.323" (8.20mm)
B65887E0630A087 FERRITE CORE RM N87 EPCOS - TDK Electronics	240 In Stock	1 : ¥89.94000 Box	RM14	Box	Active	RM	RM 14	N87	-	-	-	Gapped	-	2200	0.35	70.0	200.0	170.0	14000.0	Uncoated	0.594" (15.10mm)	1.661" (42.20mm)	0.748" (19.00mm)
RM6S-3D3-A160/N Ferrite Misc Ferroxcube	0 In Stock Check Lead Time	2,000 : ¥11.99655 Bulk	-	Bulk	Active	RM	RM 6	3D3	-	160 nH	±3%	Gapped	110.0	-	0.863	27.3	31.0	23.8	840.0	Uncoated	0.244" (6.20mm)	0.701" (17.90mm)	0.323" (8.20mm)

Showing

of 6

Ferrite Cores

Ferrite cores are a magnetic device used in the windings of transformers or other wound components. The chemical makeup of these devices help to prevent eddy currents. These are created in different form factors such as: E, toroid, ER, multi-hole, etc. and come in many different sizes. Key parameters are going to be the size, form factor or core type, and inductance factor.