B66423U315K187 FERRITE CORE EFD 315NH N87
From EPCOS (TDK)
Associated Product | 1175-1683-ND - MW35-C HY 14AWG 1KG/2.2LBS SPOOL 1175-1684-ND - MW35-C HY 16AWG 1KG/2.2LBS SPOOL 1175-1685-ND - MW35-C HY 18AWG 1KG/2.2LBS SPOOL 1175-1686-ND - MW35-C HY 20AWG 1KG/2.2LBS SPOOL 1175-1687-ND - MW35-C HY 22AWG 1KG/2.2LBS SPOOL 1175-1688-ND - MW35-C HY 24AWG 1KG/2.2LBS SPOOL 1175-1689-ND - MW35-C HY 26AWG 1KG/2.2LBS SPOOL 1175-1690-ND - MW35-C HY 28AWG 1KG/2.2LBS SPOOL 1175-1691-ND - MW35-C HY 30AWG 1KG/2.2LBS SPOOL 1175-1692-ND - MW35-C HY 32AWG 1KG/2.2LBS SPOOL 1175-1693-ND - MW35-C HY 34AWG 1KG/2.2LBS SPOOL 495-5536-ND - BOBBIN COIL FORMER EFD 30X15X9 495-5535-ND - YOKE EFD 30 X 15 X 9 600234-10-ND - MW35-C HY 34AWG 15KG/33LBS 600214-15-ND - MW35-C HY 14AWG 15KG/33LBS 600216-15-ND - MW35-C HY 16AWG 15KG/33LBS 600218-15-ND - MW35-C HY 18AWG 15KG/33LBS 600220-15-ND - MW35-C HY 20AWG 15KG/33LBS 600222-15-ND - MW35-C HY 22AWG 15KG/33LBS 600224-15-ND - MW35-C HY 24AWG 15KG/33LBS 600226-15-ND - MW35-C HY 26AWG 15KG/33LBS 600228-15-ND - MW35-C HY 28AWG 15KG/33LBS 600230-15-ND - MW35-C HY 30AWG 15KG/33LBS 600232-15-ND - MW35-C HY 32AWG 15KG/33LBS 600212-30-ND - MW35-C HY 12AWG 30KG/66.1LBS 600237-30-ND - MW35-C HY 37AWG 30KG/66.1LBS 600238-30-ND - MW35-C HY 38AWG 30KG/66.1LBS |
Category | Magnetics - Transformer, Inductor Components |
Core Factor (ΣI/A) mm -1 | - |
Core Type | EFD |
Datasheets | B66423,24 |
Diameter | - |
Effective Area (Ae) mm² | - |
Effective Length (le) mm | - |
Effective Magnetic Volume (Ve) mm³ | - |
Effective Permeability (µe) | - |
Family | Ferrite Cores |
Finish | Uncoated |
Gap | Gapped |
Height | 15mm |
Inductance Factor (Al) | 315nH |
Initial Permeability (µi) | 2200 |
Length | 30mm |
Material | N87 |
Minimum Core Cross Section (Amin) mm² | - |
Online Catalog | EFD Core Type |
Other Names | 495-5534 B66423U 315K187 B66423U0315K187 B66423U315K187-ND |
Product Photos | B66423U315K187 |
Series | B66423 |
Standard Package | 300 |
Supplier Device Package | EFD 30 x 15 x 9 |
Tolerance | ±10% |
Width | 9.1mm |