Toroid coil winding differs from traditional power transformers, and these differences are often seen as a benefit over similarly powered devices. It is common to find toroids in various commercial electrical devices and applications. You can find these toroids inside televisions, computers, and audio systems. Traditional transformers present several issues that are not apparent when using toroidal transformers. A traditional transformer often suffers from issues like flux leakage, core loss, and EMI. The benefits of toroids are important for a world that is using more and more electronics.

Toroids are small, which means that they fit into existing designs without needing extra space. Toroids can be mounted horizontally or vertically, which can easily be integrated into existing designs. Enginers are making smaller electronics, and toroids are an important tool for making this happen.

Toroids

Toroids are highly efficient when compared to similarly-sized transformers. Toroid coil winding creates a uniform distribution of energy throughout the entire core. Toroid coil winding provides high electrical efficiency.

Toroids offer a low magnetic stray field. When compared to similar transformers, a toroid offers up to 90% less stray magnetic field. Toroids do not have an air gap that allows for uniform winding of primary and secondary wires. A toroid is known for its great performance and efficiency.

Toroid Coil Winding

It would help if you did not hesitate to give our talented team a call for more information on toroid coil winding.

Related Reading about Toroids

• Vertical and Horizontal Toroid Mounting Options
  There are so many different reasons why electronic engineers choose custom toroids over other similar power transformers.
• Use Custom Toroids to Increase Electronic Efficiency
• Important Facts About Toroidal Transformers and Toroid Coil Winding
• What are the Core Features of a Toroid
• Are Toroidal Transformers ECO-Friendly?