A cursory search for power transformers kicks back a wide array of results. The number of choices in their specific specifications can be dizzying. To avoid these issues, you can speak with a professional that can help you problem solve. You can also take the time to learn about your options and what would be best for your application. Although each job and the electrical device is unique, electrical engineers have a growing trend to use toroids as their primary choice for a power transformer. What makes Toroidal transformers so desirable?
Toroids do the same job as other similarly powered transformers; however, toroidal transformers always seem to edge out over the others when comparing diverse types.
A toroid is easy to integrate into existing designs. There are two reasons why this is the case: the size of a toroid and its ability to be mounted. When compared to other transformers, toroids are small. They can easily fit into most existing devices without needing a redesign, which is not always the case when using different transformers. A toroid is a complete circle, and as such, it can be mounted with only a screw and washer. The ease of integrating these devices into systems makes them highly desirable.
Toroids are highly efficient and offer low noise in the low stray field. Custom toroid winding is distributed evenly and uniformly across the core. Compared to other transformers, the size and weight of a toroid are lower, yet the output is more efficient and reliable.