RM5/I-3C95-A160 Datasheet
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Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C95 Diameter - Inductance Factor (Al) 160nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 120 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C95 Diameter - Inductance Factor (Al) 100nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 74 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F46 Diameter - Inductance Factor (Al) 160nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 120 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F46 Diameter - Inductance Factor (Al) 100nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 74 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C95 Diameter - Inductance Factor (Al) - Tolerance ±25% Gap Ungapped Effective Permeability (µe) - Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F46 Diameter - Inductance Factor (Al) - Tolerance ±25% Gap Ungapped Effective Permeability (µe) - Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F36 Diameter - Inductance Factor (Al) 160nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 120 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F36 Diameter - Inductance Factor (Al) 100nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 74 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C96 Diameter - Inductance Factor (Al) 160nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 120 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C96 Diameter - Inductance Factor (Al) 100nH Tolerance ±3% Gap Gapped Effective Permeability (µe) 74 Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3F36 Diameter - Inductance Factor (Al) - Tolerance ±25% Gap Ungapped Effective Permeability (µe) - Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
Manufacturer Ferroxcube Series * Core Type RM Supplier Device Package RM 5 Material 3C96 Diameter - Inductance Factor (Al) - Tolerance ±25% Gap Ungapped Effective Permeability (µe) - Initial Permeability (µi) - Core Factor (ΣI/A) mm1 0.935 Effective Length (le) mm 23.2 Effective Area (Ae) mm² 24.8 Minimum Core Cross Section (Amin) mm² 18.1 Effective Magnetic Volume (Ve) mm³ 574 Finish Uncoated Height 10.40mm Length 14.90mm Width 12.30mm |
