Vertical Toroidal Wirewound Inductors

Common Mode Choke Inductor COMMON MODE INDUCTOR
Common mode Inductors (COMMON MODE CHOKE), also known as common mode chokes, are commonly used in switching power supplies for computers to filter common mode electromagnetic interference signals. In the board design, common mode inductor also plays the role of EMI filtering, used to suppress the high-speed signal lines generated by electromagnetic waves to the outside radiation emission.Magnetic loop Inductor
Common mode inductor is essentially a two-way filter: on the one hand to filter out common mode electromagnetic interference on the signal line, on the other hand, to suppress itself does not emit outward electromagnetic interference, to avoid affecting the normal operation of other electronic equipment in the same electromagnetic environment. The common mode inductor filter circuit, LA and LB is the common mode inductor Coils. These two coils are wound on the same core with the same number of turns and phase (wound in reverse). Common mode choke coil structure, signal does not attenuate, small size, easy to use, with good balance and easy to use.High Frequency Transformers

Product Name:Common Mode Toroidal Inductor
Mounting method: Plug-in type
Conductor nature: ferrite core
Product Features:Small size, easy to install, plug-in type inductor. Use the wire to pass the AC voltage and current, generate alternating magnetic flux around the inside of the wire, generally applied in the matching of the circuit and the control of the quality of the new number, and generally connected to the power supply.Flat Inductor

Product Advantages:
Insulation Sleeving
The core in the coil is insulated from the coil to prevent breakdown between the two under the action of transient overvoltage.

Product diversification support customization
Simple product structure saves a lot of space and can change specifications to meet the changing needs of customers.

High flexibility and stable quality
Flexible frequency characteristics, high permeability can make a large amount of inductance with a small amount, and adapt to a wide range of frequencies.