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Highly dependable Triad common mode EMI suppression inductors are used in various types of power supplies to eliminate noise common to all lines. These units also provide effective differential mode filtering. Designed to meet most regulatory requirements, they minimize AC line transmitted interference often created by high frequency switching power supplies. Normally placed close to the input source, these compact inductors are constructed with UL rated 130 ºC materials.
CME/CMT Series Common Mode Inductors
Unit of Measure
Items CME/CMT Series Common Mode Inductors
CME375-1
E - Core Common Mode Inductor
CME/CMT Series Common Mode Inductors
CME375-2
E - Core Common Mode Inductor
CME/CMT Series Common Mode Inductors
CME375-3
E - Core Common Mode Inductor
CME/CMT Series Common Mode Inductors
CME375-4
E - Core Common Mode Inductor
CME/CMT Series Common Mode Inductors
CME375-5
E - Core Common Mode Inductor
Description N/A Highly dependable Triad common mode EMI suppression inductors are used in various types of power supplies to eliminate noise common to all lines. These units also provide effective differential mode filtering. Designed to meet most regulatory requirements, they minimize AC line transmitted interference often created by high frequency switching power supplies. Normally placed close to the input source, these compact inductors are constructed with UL rated 130 ºC materials.
Click here to check stock >> N/A N/A N/A N/A N/A
Min. Inductance N/A 4.40 mH N/A 6.90 mH N/A 10.9 mH N/A 17.8 mH N/A 28.6 mH
RMS Current N/A 5.500 A N/A 4.400 A N/A 3.500 A N/A 2.700 A N/A 2.200 A
Max. DC Resistance N/A 0.049 Ohm N/A 0.077 Ohm N/A 0.122 Ohm N/A 0.196 Ohm N/A 0.316 Ohm
Min. Leakage N/A 45.0 µH N/A 70.0 µH N/A 125.0 µH N/A 180.0 µH N/A 300.0 µH
Dimension (H) N/A 1.18 in
Dimension (W) N/A 1.26 in
Dimension (L) N/A 1.50 in
Dimension (A) N/A 0.150 in
Dimension (B) N/A 0.600 in
Dimension (C) N/A 0.200 in
Dimension (D) N/A 0.036 in²
Weight N/A 0.54 lb
Industry Standards N/A CSA IEC UL VDE
Technical Notes N/A
  1. Hi-pot tested at 2500 VRMS.
  2. DC resistance at 20 ºC ±10%.
  3. Inductances are minimum measured at 10 Gauss.
  4. Current rating for approximately 40 ºC temperature rise.
Note N/A A CME375-KIT is available which includes each one of the components in section A.