PAGE 1/2
REV. A
(888)535.5207 WWW.MOXIEINDUCTORS.COM
MECHANICAL (mm)
MOXIE MOX-FCC-2413 SERIES
DWG #: MOXFCC2413
CURRENT COMPENSATED FRAME CORE DOUBLE CHOKES
A B C D E F G
24.50 MAX. 3.50±0.50 13.50 MAX. 0.70±0.05 14.50 MAX. 18.75±0.50 10.00±0.50
MOXIE NOTES:
Current-compensated frame core double choke.
High inductance with low resistance.
RoHS Compliant.
Rated Current: 0.29~2.93A.
Insulation voltage: 1500VAC,2S(line-line)
Rated voltage: 250VAC maximum @ 40°C.
Operating temperature range: -25°C to +85°C.
Storage temperature range: -40°C to +85°C.
Packaging: Bulk or Tray.
MoxiE Inductor Corporation custom designs are subject to United States copyright and or patent protection(s).
MoxiE Inductor Corporation specifications are subject to change without notice.
Tolerances unless otherwise specified: .xx ±.25mm
PROPRIETARY: Document is property of MoxiE Inductor Corporation & is not to be duplicated without authorization.
PAGE 2/2
REV. A
(888)535.5207 WWW.MOXIEINDUCTORS.COM
MECHANICAL (mm)
MOXIE MOX-FCC-2413 SERIES
DWG #: MOXFCC2413
CURRENT COMPENSATED FRAME CORE DOUBLE CHOKES
MOXIE PART NUMBER
INDUCTANCE
(mH) MINIMUM
RATED CURRENT
(A) MAXIMUM
DCR
(mΩ) TYPICAL
MOX-FCC-2413-100 10.00 1.60 285
MOX-FCC-2413-150 15.00 1.30 425
MOX-FCC-2413-270 27.00 0.90 765
MOX-FCC-2413-390 39.00 0.80 1050
MOX-FCC-2413-470 47.00 0.70 1250
MOX-FCC-2413-680 68.00 0.60 1965
MOX-FCC-2413-101 100.00 0.45 2920
MOXIE NOTES:
Current-compensated frame core double choke.
High inductance with low resistance.
RoHS Compliant.
Rated Current: 0.29~2.93A.
Insulation voltage: 1500VAC,2S(line-line)
Rated voltage: 250VAC maximum @ 40°C.
Operating temperature range: -25°C to +85°C.
Storage temperature range: -40°C to +85°C.
Packaging: Bulk or Tray.
MoxiE Inductor Corporation custom designs are subject to United States copyright and or patent protection(s).
MoxiE Inductor Corporation specifications are subject to change without notice.
Tolerances unless otherwise specified: .xx ±.25mm
PROPRIETARY: Document is property of MoxiE Inductor Corporation & is not to be duplicated without authorization.