New CMT-8100 Series Common Mode Inductors Offer Superior EMI Suppression
Highly dependable CMT-8100 Series Inductors are used in various types of power supplies to eliminate noise common to all lines. They offer excellent EMI suppression over a wide frequency spectrum and a high current capacity. Meeting VDE, IEC, UL, and CSA requirements, they minimize AC line transmitted interference often created by high frequency switching power supplies. Normally placed close to the input power source, the compact CMT-8100 Series inductors are constructed with reliable UL rated materials.
The CMT-8100 Series Inductors are ideal for use in designs for industrial controls, plant instrumentation and heavy duty equipment. In many plant, factory and commercial business environments, the number of devices operating and the high density of their placement for operational efficiency leads to noise problems. The highly reliable filtering provided by the CMT-8100 Series ensures equipment operates reliably in these challenging high density environments.
CMT-8100 Series Inductors feature high dielectric strength of 1500 VRMS between windings. They operate at a wide temperature range of -55° to +105°C, with the rated current yielding a temperature rise of approximately 35°C. Inductors in the series offer a minimum inductance per winding ranging from 1 to 50 mH, a current rating ranging from 1.7 to 20 amps and a DCR range from 0.006 to 0.45 Ω.
The CMT-8100 Series Inductors feature a toroidal construction with through-hole mounting. They come in rectangular packages ranging from 0.76-x-0.425 inch to 1.7-x-0.9 inch max with height ranging from 0.90 to 1.65 inch depending on the specific model.
Depending on the model selected and the quantity ordered, the CMT Series Transformers are priced starting at $2.25 each in quantities of 1000 units with delivery from stock to 8 weeks lead time. They are available off-the-shelf from Triad's extensive distributor network. Triad’s design engineers also work with customers to create custom products to fit specific needs.