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Manufacturer Packaging Series ProductStatus CoreType Material Diameter InductanceFactor(Al) Tolerance Gap EffectivePermeability(µe) InitialPermeability(µi) CoreFactor(ΣI/A)mm-1 EffectiveLength(le)mm EffectiveArea(Ae)mm² MinimumCoreCrossSection(Amin)mm² EffectiveMagneticVolume(Ve)mm³ Finish Height Length



































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































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Photo Mfr. Part # Stock Price Quantity Datasheet Packaging Series ProductStatus CoreType Material Diameter InductanceFactor(Al) Tolerance Gap EffectivePermeability(µe) InitialPermeability(µi) CoreFactor(ΣI/A)mm-1 EffectiveLength(le)mm EffectiveArea(Ae)mm² MinimumCoreCrossSection(Amin)mm² EffectiveMagneticVolume(Ve)mm³ Finish Height Length
T60006L2009W914

T60006L2009W914

NANOCRYSTALLINE CORE, 9.8X6.5X4.

VACUUMSCHMELZE

3606 0.99
- +

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T60006L2009W914

Datasheet

Box - Active Toroid - - 0.441 (11.20mm) 25.5 µH - Ungapped - - - 25.6 5.94 - - Uncoated 0.228 (5.80mm)
T60004L2016W620

T60004L2016W620

NANOCRYSTALLINE CORE, 16X12.5X6

VACUUMSCHMELZE

3231 0.00
- +

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T60004L2016W620

Datasheet

Box - Active Toroid - - 0.701 (17.90mm) 15 µH - Ungapped - - - 44.8 8 - - Epoxy 0.315 (8.00mm)
T60006L2017W515

T60006L2017W515

NANOCRYSTALLINE CORE, 17.5X12.6X

VACUUMSCHMELZE

2770 1.98
- +

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T60006L2017W515

Datasheet

Box - Active Toroid - - 0.756 (19.20mm) 30 µH - Ungapped - - - 47.3 11.8 - - Uncoated 0.319 (8.10mm)
T60006L2016W403

T60006L2016W403

NANOCRYSTALLINE CORE, 16X10X6, 4

VACUUMSCHMELZE

2688 2.31
- +

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T60006L2016W403

Datasheet

Box - Active Toroid - - 0.705 (17.90mm) 43 µH - Ungapped - - - 40.8 14.4 - - Uncoated 0.319 (8.10mm)
T60006L2025W523

T60006L2025W523

NANOCRYSTALLINE CORE, 25X20X10

VACUUMSCHMELZE

3254 0.00
- +

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T60006L2025W523

Datasheet

Box - Active Toroid - - 1.087 (27.60mm) 28.4 µH - Ungapped - - - 70.7 20 - - Uncoated 0.504 (12.80mm)
T60006L2025W380

T60006L2025W380

NANOCRYSTALLINE CORE, 25X16X10

VACUUMSCHMELZE

2577 0.00
- +

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T60006L2025W380

Datasheet

Box - Active Toroid - - 1.098 (27.90mm) 67 µH - Ungapped - - - 64.4 36 - - Uncoated 0.492 (12.50mm)
T60006L2030W423

T60006L2030W423

NANOCRYSTALLINE CORE, 30X20X10

VACUUMSCHMELZE

3125 0.00
- +

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T60006L2030W423

Datasheet

Box - Active Toroid - - 1.299 (33.00mm) 66 µH ±30% Ungapped - - - 78.5 40 - - Uncoated 0.492 (12.50mm)
T60006L2030W514

T60006L2030W514

NANOCRYSTALLINE CORE, 30X20X15

VACUUMSCHMELZE

3891 0.00
- +

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T60006L2030W514

Datasheet

Box - Active Toroid - - 1.291 (32.80mm) 88 µH - Ungapped - - - 78.5 57 - - Uncoated 0.701 (17.80mm)
T60006L2040W424

T60006L2040W424

NANOCRYSTALLINE CORE, 40X25X15

VACUUMSCHMELZE

2082 0.00
- +

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T60006L2040W424

Datasheet

Box - Active Toroid - - 1.697 (43.10mm) 109 µH - Ungapped - - - 102 85.5 - - Uncoated 0.728 (18.50mm)
T60006L2012W902

T60006L2012W902

NANOCRYSTALLINE CORE, 12X8X4.5

VACUUMSCHMELZE

2738 0.00
- +

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T60006L2012W902

Datasheet

Box - Active Toroid - - 0.555 (14.10mm) 28 µH - Ungapped - - - 31.4 7.2 - - Uncoated 0.248 (6.30mm)
T60006L2012W498

T60006L2012W498

NANOCRYSTALLINE CORE, 12.5X10X5

VACUUMSCHMELZE

3443 0.00
- +

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T60006L2012W498

Datasheet

Box - Active Toroid - - 0.563 (14.30mm) 10 µH - Ungapped - - - 35.3 50 - - Uncoated 0.276 (7.00mm)
T60006L2015W865

T60006L2015W865

NANOCRYSTALLINE CORE, 15X10X4.5

VACUUMSCHMELZE

3000 0.00
- +

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T60006L2015W865

Datasheet

Box - Active Toroid - - 0.673 (17.10mm) 27 µH - Ungapped - - - 39.3 9 - - Uncoated 0.256 (6.50mm)
T60006L2019W838

T60006L2019W838

NANOCRYSTALLINE CORE, 19X15X10

VACUUMSCHMELZE

2670 0.00
- +

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T60006L2019W838

Datasheet

Box - Active - - - - - - - - - - - - - - - -
T60006L2020W450

T60006L2020W450

NANOCRYSTALLINE CORE, 20X12.5X8

VACUUMSCHMELZE

858 858.00
- +

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T60006L2020W450

Datasheet

Box - Active Toroid - - 0.890 (22.60mm) 14 µH - Ungapped - - - 51.1 24 - - Uncoated 0.402 (10.20mm)
T60006L2020W409

T60006L2020W409

NANOCRYSTALLINE CORE, 20X12.5X8

VACUUMSCHMELZE

2349 0.00
- +

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T60006L2020W409

Datasheet

Box - Active - - - - - - - - - - - - - - - -
T60004L2025W622

T60004L2025W622

NANOCRYSTALLINE CORE, 25X20X10

VACUUMSCHMELZE

3738 0.00
- +

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T60004L2025W622

Datasheet

Box - Active Toroid - - 1.075 (27.30mm) 22.5 µH - Ungapped - - - 71 19 - - Epoxy 0.484 (12.30mm)
T60006L2025W451

T60006L2025W451

NANOCRYSTALLINE CORE, 25X16X10

VACUUMSCHMELZE

777 777.00
- +

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T60006L2025W451

Datasheet

Box - Active Toroid - - 1.098 (27.90mm) 17.55 µH - Ungapped - - - 64.4 36 - - Uncoated 0.492 (12.50mm)
T60006L2030W358

T60006L2030W358

NANOCRYSTALLINE CORE, 30X20X10

VACUUMSCHMELZE

3640 0.00
- +

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T60006L2030W358

Datasheet

Box - Active Toroid - - 1.299 (33.00mm) 15.5 µH - Ungapped - - - 78.5 40 - - Uncoated 0.492 (12.50mm)
T60004L2030W676

T60004L2030W676

NANOCRYSTALLINE CORE, 30X25X15

VACUUMSCHMELZE

472 472.00
- +

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T60004L2030W676

Datasheet

Box - Active Toroid - - 1.272 (32.30mm) 26.5 µH - Ungapped - - - 86.4 27 - - Epoxy 0.689 (17.50mm)
T60006L2040W453

T60006L2040W453

NANOCRYSTALLINE CORE, 40X25X15

VACUUMSCHMELZE

2021 0.00
- +

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T60006L2040W453

Datasheet

Box - Active Toroid - - 1.697 (43.10mm) 25 µH - Ungapped - - - 102 85.5 - - Uncoated 0.728 (18.50mm)
Total 88 Records«Prev12345Next»
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