10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A
    • 10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A
    • 10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A
    • 10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A

    10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A

    10(Allparts)1911311
    EPCOS
    10 pcs - B82721K2362N001 EPCOS 400 μH ±30% Ferrite Current Compensated Choke, 3.6A Idc, 35mΩ Rdc, B82721A
    £54.46
    Delivery: 4-7 business days
    Quantity
    10 Items

    Description
    Epcos B82721A Series Common Mode ChokeCurrent-compensated ring core double chokes with a ferrite core in flame retardant potting and case to (UL94V-0)High resonance frequency by virtue of the unique winding technique usedApplications include switch-mode power supplies for computers, televisions and other sensitive electronic equipment. Additionally the B82721/2/3/4/5A ranges of chokes are suitable for electronic ballasts in lamps, and the B82725J range of chokes is ideally suited for washing machines and chargers.Low profile horizontal (-A/-B) versionsVertical (-J/-K) versions save PCB spaceNoteThe stated Rated Current IR is referenced to 50Hz @ TA 40°CThe stated Rated Inductance LR is per Coil @ 20°CStandardsVDE 0565-2 UL 1283ApprovalsVDE, UL Recognised ComponentApprovalsUL, VDE
    Product Details
    EPCOS
    10(Allparts)1911311
    B82721K2362N001
    10 Items

    Data sheet

    Manufacturer
    EPCOS
    Tolerance
    ±30%
    Dimensions
    18.2 x 13.2 x 20.3mm
    Height
    20.3mm
    Length
    18.2mm
    Depth
    13.2mm
    A-Supplier
    Allparts-UK/15/R-13
    Series
    B82721A
    Mounting Type
    Radial
    Maximum DC Current
    3.6A
    Inductance
    400 μH
    Lead Pitch
    15mm
    Maximum DC Resistance
    35mΩ
    Core Material
    Ferrite