Triad Magnetics Datasheets for Inductors, Coils, and Chokes

Inductors coils and chokes are passive components that are designed to resist changes in current and store energy in the form of a magnetic field. 
Inductors, Coils, and Chokes: Learn more

Product Name Notes
C7X
Common-mode choke coils are useful in a wide range of applications for the prevention of electromagnetic interference (EMI) and radio frequency interference (RFI) from power supply lines and for prevention...
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...
Slim type Height: 6 mm maximum Low resistance Excellent DC current characteristics
Slim type Low resistance Excellent DC current characteristics
Slim type Self shielded Height: 4.0 mm maximum Low resistance Excellent DC current characteristics
Slim type Self shielded Height: 6.5 mm maximum Low resistance Excellent DC current characteristics
The CMF16 Series provides exceptional common-mode suppression and exceptional stray inductance to suppress differential-mode noise. In effect, the CMF16 Series combines the features of two separate components into one.
The CMF23 Series provides exceptional common-mode suppression and exceptional stray inductance to suppress differential-mode noise. In effect, the CMF23 Series combines the features of two separate components into one.
Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap which prevents...
Triad high current rod core inductors provide cost effective energy storage. By conditioning the output signal, the inductor smoothes out the current waveform to provide a more stable current. These...
Triad toroidal inductors are specifically designed to minimize transients. These devices store energy, and therefore, condition the output signal by leveling out the current waveform providing a more stable current...