Toroid Inductor Coil

Miracle Electronic’s Inductors are ideal for any application requiring a high DC current bias and are well suited for use in switch-mode power supplies. While Common mode chokes are most effective in filtering supply and return conductors with in-phase signals of equal amplitude, differential mode inductors are available for filtering out-of-phase or uneven amplitude signals.

Miracle Electronic’s Inductors style common mode chokes are designed to provide the highest common mode impedance over the widest frequency range.

Miracle Electronic’s Inductors are more efficient at producing needed inductances. For the same inductance as a regular solenoid, Miracle Inductors require fewer turns, and are smaller in size. Miracle Electronic’s Toroid Inductors ensures that the amount of magnetic flux that escapes outside the core (leakage flux) is minimum; therefore they radiate less electromagnetic interference (EMI) to nearby circuits or equipment. This is of critical importance in modern low power, high frequency electronics and our Toroid Inductors achieve this function effortlessly.

The standard versions of our Inductors have no Air Gap, produce very little or no Noise, have a very low electromagnetic radiation, boast of a safe design and are low profile. They consist superior quality wiring and have a high durability index.

All our Inductors are RoHS Compliant, High and Reach Compliant.

General Product Features & Inclusions

• Ferrite Cores
• Meets UL 94V – 0 flammability standard
• Self Lead with Teflon
• TEX E Wires
• PVC Cables
• Sleeves
• Connectors
• PVC Cables
• Class B /F insulation
• High power density and low radiated noise
• 3kv isolation between windings

Product Variants available:

• UU Inductors
• EE Inductors
• EI Inductors
• Toroid Ferrite Core Transformers
• Pot Core
• Power range from 1 Watt to 120 Watts
• 10 KHz – 20KHz

Miracle Electronics also undertakes requests for custom design and development of Toroid Inductors. Please contact our Customer Support Team for more details.