Magnet Wire
Coils winding enameled wire
Coils winding enameled wire

Coils winding enameled wire

The purpose of winding and arranging the wire is to wind the enameled wire on the bobbin continuously, tightly and evenly. It is required that the wire take-up mechanism has a smooth transmission, low noise, proper tension and regular wire…

Round vs Square wire Design
Round vs Square wire Design

Round vs Square wire Design

Trends in Coil Winding call for custom construction, tight specifications and high-quality spooling. Electric car drive module benefits from square magnet wire Round vs Square wire Square magnet wire wire is useful where space constraints are concerned. When formed into…

Toroidal Coil Winding Wire
Toroidal Coil Winding Wire

Toroidal Coil Winding Wire

Induction toroid coil with magnetic ferrite core uses copper wire winding. Toroid coils are used when working with electricity that has a low frequency. The toroid functions as an inductor, which boosts the frequency to appropriate levels. Inductors are electronic…

Electronically Commutated (EC) Motors
Electronically Commutated (EC) Motors

Electronically Commutated (EC) Motors

EC Motors produce more power in less space Because of the need for higher performance density in motor winding technology, brushless EC (electronically commutated motors) drives with permanent magnet rotors are increasingly used instead of the asynchronous technology. Due to…

Orthocyclic winding
Orthocyclic winding

Orthocyclic winding

Orthocyclic winding structure creates an optimal fill factor (90.7%) for round wires. The windings of the upper layer need to be placed into the grooves provided by the lower layer. Rectangular magnet wire used in Orthocyclic winding The best volume…