Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 3.3µH, Tolerance: ±20%, Nuværende vurdering: 6.5A, Strøm - Mætning: 10A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 2.2µH, Tolerance: ±20%, Nuværende vurdering: 1.75A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 4.7µH, Tolerance: ±20%, Nuværende vurdering: 1.15A,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 2.2µH, Tolerance: ±20%, Nuværende vurdering: 8A, Strøm - Mætning: 10A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 3.3µH, Tolerance: ±20%, Nuværende vurdering: 1.44A,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 3.3µH, Tolerance: ±20%, Nuværende vurdering: 6.8A, Strøm - Mætning: 13.5A,
Type: Wirewound, Materiale - kerne: Carbonyl Powder, Induktans: 2.2µH, Tolerance: ±20%, Nuværende vurdering: 5.5A, Strøm - Mætning: 9A,
Type: Wirewound, Materiale - kerne: Carbonyl Powder, Induktans: 1µH, Tolerance: ±20%, Nuværende vurdering: 7A, Strøm - Mætning: 11A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 2.7µH, Tolerance: ±20%, Nuværende vurdering: 1.58A,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 1µH, Tolerance: ±20%, Nuværende vurdering: 11A, Strøm - Mætning: 20.5A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 10µH, Tolerance: ±10%, Nuværende vurdering: 1.04A,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 4.7µH, Tolerance: ±20%, Nuværende vurdering: 5.5A, Strøm - Mætning: 6.5A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 1µH, Tolerance: ±20%, Nuværende vurdering: 2.56A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 5.6µH, Tolerance: ±20%, Nuværende vurdering: 990mA,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 6.8µH, Tolerance: ±20%, Nuværende vurdering: 4.5A, Strøm - Mætning: 6A,
Type: Molded, Materiale - kerne: Carbonyl Powder, Induktans: 1µH, Tolerance: ±20%, Nuværende vurdering: 12A, Strøm - Mætning: 15A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 120µH, Tolerance: ±10%, Nuværende vurdering: 730mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 1.5mH, Tolerance: ±10%, Nuværende vurdering: 170mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 3.3mH, Tolerance: ±10%, Nuværende vurdering: 150mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 27µH, Tolerance: ±10%, Nuværende vurdering: 1.59A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 820µH, Tolerance: ±10%, Nuværende vurdering: 590mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 180µH, Tolerance: ±10%, Nuværende vurdering: 550mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 560µH, Tolerance: ±10%, Nuværende vurdering: 710mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 56µH, Tolerance: ±10%, Nuværende vurdering: 2.3A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 39µH, Tolerance: ±10%, Nuværende vurdering: 2.7A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 18µH, Tolerance: ±10%, Nuværende vurdering: 4A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 68µH, Tolerance: ±10%, Nuværende vurdering: 1.02A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 82µH, Tolerance: ±10%, Nuværende vurdering: 1.9A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 10µH, Tolerance: ±10%, Nuværende vurdering: 2.45A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 18µH, Tolerance: ±10%, Nuværende vurdering: 1.8A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 39µH, Tolerance: ±10%, Nuværende vurdering: 1.19A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 820µH, Tolerance: ±10%, Nuværende vurdering: 210mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 220µH, Tolerance: ±10%, Nuværende vurdering: 450mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 22µH, Tolerance: ±10%, Nuværende vurdering: 1.67A,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 150µH, Tolerance: ±10%, Nuværende vurdering: 590mA,
Type: Wirewound, Materiale - kerne: Ferrite, Induktans: 1mH, Tolerance: ±10%, Nuværende vurdering: 530mA,
