Designed using high saturation Powder Iron Cores with distributed air-gap.
Through hole mounting.
Normally our customer specify the specs ( size, inductance, current)
and we built to meet the specs.
Inductance range from: 0.3 uH to 50 mH
Current range to 50 Amps
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J20
Series High Current Toroidal Power Inductors.
Through Hole Mounting Construction
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FEATURES:
- Designed using
high saturation Powder Iron Cores
with distributed air-gap
- Excellent electromagnetic
shielding due to toroidal design
- Designed for
commercial, industrial and military applications
- Low core loss and Low radiation
- High operating frequencies
- High current and Low core saturation
- Horizontal or vertical mount
- Inductance values
from 0.3 uH to 50 uH
- Current rating
from 3.2 Amps to 28.5 Amps
- Temperature Rating:
-55 deg C to +105 Deg C
- Custom designs
are available to meet your specific
- Designed for applications such as High current/Low voltage converters, High-speed computers, Video game machines, Output chokes, EMI filters
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SPECIFICATIONS
IMPORTANT
1) No tooling or set up fees required for standard parts
2) Minimum order : $25.00. FREE Samples available for large OEMs
3) Typical Delivery: 1
to 2 weeks
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CONSTRUCTION INFORMATION
Please see pdf files for details.
See link below for some sample PDF files.
J20-8R2H
J20-8R2V
J20-330V
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Part
Numbering
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J20-8R2H
J20 : High Current Toroidal
8R2 : 8.2 uH
H : Horizontal Mount
V : Vertical Mount |
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Notes:
1
) The prices
shown below are for low volume quantity. Please call
or
email sales@coilws.com for larger
volume OEM pricing.
2 ) Our large
OEM pricing is extremely competitive. We will meet or beat any competitors
prices with better deliveries
3
) Custom designs
are available to meet any of your requirements. Please contact us
4
) The data shown below can be sorted by Part Number, Inductance, Rated Current, DRC, or any of the columns. To sort, please click on the column headings ( first row ). To sort "Part Number" in ascending order, click "Part Number" once. Click "Part Number" once again to sort it in descending order. Click on "Inductance" to sort Inductance column in ascending or descending order, etc..
5) "Inductance at 1 Khz" ( 2nd column from left in table below ) is the inductance measured at zero or very low DC bias current.
6) "Current Rating" ( 3rd column from left in table below ) is based on a 40 deg C temperature rise at an ambient
temperature of 60 deg C. This is the DC bias current through the inductor that will cause the inductor will reach a max. temp. rise of 40 deg C. above ambient with NO AIR FLOW.
7) The saturation current is at least 5 times the max current listed in 5 above, so instantaneous high current spikes can be tolerated by these inductors. .
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