Premier Magnetics, Inc. Sendust Toroidal Power Inductor VTK-01001

Description
FEATURES Sendust Powdered Iron Toroidal Construction. Optimized For Use as High Frequency DC Chokes. Temp Rise Data: Ripple Currents < 10% @ 100KHz Low Cost Self Lead Construction. Lower AC Losses Than Normal Powdered iron
Datasheet
Description
FEATURES Sendust Powdered Iron Toroidal Construction. Optimized For Use as High Frequency DC Chokes. Temp Rise Data: Ripple Currents < 10% @ 100KHz Low Cost Self Lead Construction. Lower AC Losses Than Normal Powdered iron
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Sendust Toroidal Power Inductor - VTK-01001 - Premier Magnetics, Inc.
Lake Forest, CA, USA
Sendust Toroidal Power Inductor
VTK-01001
Sendust Toroidal Power Inductor VTK-01001
FEATURES Sendust Powdered Iron Toroidal Construction. Optimized For Use as High Frequency DC Chokes. Temp Rise Data: Ripple Currents < 10% @ 100KHz Low Cost Self Lead Construction. Lower AC Losses Than Normal Powdered iron

FEATURES

  • Sendust Powdered Iron Toroidal Construction.
  • Optimized For Use as High Frequency DC Chokes.
  • Temp Rise Data: Ripple Currents < 10% @ 100KHz
  • Low Cost Self Lead Construction.
  • Lower AC Losses Than Normal Powdered iron
Supplier's Site Datasheet

Technical Specifications

  Premier Magnetics, Inc.
Product Category Inductors, Coils, and Chokes
Product Number VTK-01001
Product Name Sendust Toroidal Power Inductor
Operating Temperature -25 to 80 C (-13 to 176 F)
Mounting Option Through Hole
Technology Toroid
Core Material Air
Application Power Choke
Unlock Full Specs
to access all available technical data

Similar Products

Fixed Inductors - KQ0805TTER56J - 1150799-KQ0805TTER56J - Win Source Electronics
Specs
Technology Standard
Configuration Fixed
Inductance Range 0.5600 microH
View Details
Common Mode Chokes - 486-DKFP-F201-D611-ND - DigiKey
Specs
Application Common Mode Choke; RF Choke
Packing Method Bulk
View Details
Surface Mount Inductors - 1678493 - RS Components, Ltd.
Specs
Technology Wirewound
Core Material Ferrite; Ferrite
Inductance Range 68 microH
View Details