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current compensated suppression chokes
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common mode toroidal chokes for application at rated voltage and rated frequencies until 10 kHz
(datasheet as PDF-File)
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applications
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use in suppression filters, suppression in automobile industires, suppression of thyrisstor controlled
equipment and machines, electrical machine controls and electronic switching devices
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description
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suppression chokes are two winding toroidal chokes with ferrite ring cores. High inductance, lowest winding
capacity, low copper and total losses, high attenuation on small size and standard grid are distinguished for
these chokes. The toroidal core gives the ideal geometric shape for the magnetic flux, this results in a low magnetic
stray field and low losses. The winding is constructed for low voltage and is wound with low stray field.
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drawings and tables
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open - lying version
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potted - lying version
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type
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current
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rated
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DC
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dimensions
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copper
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total
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inductance
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resistance
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open
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housing
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num
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weight
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weight
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version
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version
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[ A ]
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[ µH ]
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[ mΩ ]
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D
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H
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L
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B
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H
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pins
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f1
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f2
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f3
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[ g ]
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[ g ]
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DR...1
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0,3
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2 x 47
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5100
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19
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9
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22,5
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21,5
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13,2
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4
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20
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12,5
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4,0
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2
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14
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DR...1
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0,4
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2 x 39
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1900
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14
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6,5
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18
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17,2
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12,6
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4
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15
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10
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4,0
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2
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7
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DR...1
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0,4
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2 x 27
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1600
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14
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6,5
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18
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17,2
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12,6
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4
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15
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10
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4,0
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2
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7
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DR...1
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0,5
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2 x 82
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4700
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27,5
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11,5
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32,8
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33,2
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19,2
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4
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30
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20
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5,0
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4
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42
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DR...1
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0,5
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2 x 56
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3750
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24
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8
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28,3
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27,5
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16,5
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4
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25
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15
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4,0
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4
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21
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DR...1
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0,5
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2 x 27
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2400
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19
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8,5
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22,5
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21,5
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13,2
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4
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20
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12,5
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4,0
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2
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14
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DR...1
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0,5
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2 x 18
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1750
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14
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6,5
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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0,7
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2 x 10
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900
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14
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6,5
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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1,0
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2 x 68
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750
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39
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17
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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4
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102
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DR...1
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1,0
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2 x 33
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1350
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27,5
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12
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32,8
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33,2
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19,2
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4
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30
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20
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5,0
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6
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42
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DR...1
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1,0
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2 x 27
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1200
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24
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8
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28,3
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27,5
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16,5
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4
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25
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15
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4,0
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6
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22
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DR...1
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1,0
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2 x 10
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700
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19
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8,5
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22,5
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21,5
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13,2
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4
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20
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12,5
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4,0
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4
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14
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DR...1
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1,2
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2 x 6,8
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300
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14,5
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6,5
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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1,4
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2 x 27
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900
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28
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12
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32,8
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33,2
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19,2
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4
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30
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20
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5,0
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8
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43
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DR...1
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1,5
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2 x 3,3
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160
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15
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7
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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2,0
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2 x 18
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600
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39
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17
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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10
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106
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DR...1
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2,0
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2 x 6,8
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300
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28
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12
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32,8
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33,2
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19,2
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4
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30
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20
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5,0
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6
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42
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DR...1
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2,0
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2 x 5,6
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280
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24
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8
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28,3
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27,5
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16,5
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4
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25
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15
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4,0
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6
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22
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DR...1
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2,0
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2 x 2,2
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160
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19
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8,5
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22,5
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21,5
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13,2
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4
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20
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12,5
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4,0
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4
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14
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DR...1
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2,0
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2 x 1,0
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100
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14,5
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7
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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2,6
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2 x 0,4
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50
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14,5
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7
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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3,0
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2 x 1,2
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85
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19
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9
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22,5
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21,5
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13,2
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4
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20
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12,5
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4,0
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4
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14
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DR...1
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3,6
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2 x 0,4
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35
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15
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7
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18
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17,2
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12,6
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4
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20
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12,5
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4,0
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2
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7
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DR...1
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4,0
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2 x 6,8
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190
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39
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18
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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12
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107
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DR...1
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4,0
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2 x 3,3
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110
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28
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12
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32,8
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33,2
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19,2
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4
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30
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20
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5,0
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8
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45
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DR...1
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4,0
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2 x 2,7
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65
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25
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9
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28,3
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27,5
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16,5
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4
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25
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15
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4,0
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6
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22
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DR...1
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6,0
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2 x 3,9
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100
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39
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18
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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14
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108
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DR...1
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8,0
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2 x 2,7
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60
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39
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18
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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16
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109
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DR...1
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10,0
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2 x 1,8
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40
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39
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18
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41,7
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42,5
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24,3
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4
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40
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15
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5,0
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16
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110
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technical changes and optimization reserved
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open - standing version
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potted - standing version
|
|
|
|
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|
|
|
type
|
current
|
rated
|
DC
|
dimensions
|
copper
|
total
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indctance
|
resistance
|
open
|
housing
|
num
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weight
|
weight
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version
|
version
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[ A ]
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[ µH ]
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[ mΩ ]
|
D
|
H
|
L
|
B
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