When designing or selecting a Litz wire for use in a winding, it is important to understand and minimize skin effect and proximity effect losses wherever it is possible to do so. The uneven distribution of current in a Litz wire conductor, due to skin effect and proximity effect losses, increases th…Read More
UL certifications for winding wires can be confusing for those that don’t deal with safety certifications on a regular basis. This article will attempt to clarify what those certifications mean and how winding wires can be used based on those certifications. UL certifications for winding wires can…Read More
When designing or selecting an insulated winding wire for use in a wound component, it is important to consider all of the following: What is the range of operating temperatures that the product will see in your application? What temperatures will the wire be subjected to in downstream manufac…Read More
When designing or selecting an insulated winding wire for use in a wound component, it is important to consider all of the following: What is the range of operating temperatures that the product will see in your application? What temperatures will the wire be subjected to in downstream manufac…Read More
When designing or selecting an insulated winding wire for use in a wound component, it is important to consider the following: What is the range of operating temperatures that the product will see in your application? What temperatures will the wire be subjected to in downstream manufacturing proces…Read More
As electric vehicle (EV) manufacturers look to decrease the charging times for their vehicles and to increase overall energy efficiency, higher system voltages become necessary for the continued evolution of those vehicles. Magnetic components and the windings used in those components also need to b…Read More