Principle and main function of transformer

Current transformer is an electronic component that can convert electrical energy into magnetic energy, store it under appropriate conditions, and release it and then convert it into electrical energy. The most important role of inductor is electromagnetic conversion.

All electrical conductors (transmission lines) will cause electromagnetic fields when passing current. When the electrical conductors (transmission lines) are wound into a spiral shape, the electromagnetic field will be concentrated, and the more the number of turns, the more the magnetic induction intensity. The larger the size, the greater the kinetic energy, so the inductor is actually an electrical conductor (transmission line) wound into a spiral.

Share:

Facebook
Twitter
LinkedIn

More Posts

Celebrating Xiamen ZTC Technology Successful Recertification as a National-Level Specialized, Fined, Distinctive, and Innovative Enterprise!

As the first quarter of 2024 comes to an end, Xiamen ZTC Technology are thrilled to announce significant good news: Our company has successfully passed the triennial review as a national-level specialized, fined, distinctive, and innovative enterprise, earning the latest qualification certificate! This honor not only signifies our significant achievements on the path

EV charging

Type B Current Transformers: Technological Excellence for Modern Electrical Systems

The Science Behind Type B Current Transformers Type B current transformers take center stage in the field of electrical engineering due to their exceptional functionality and design. These residual current transformers are meticulously crafted to monitor and safeguard B-type loads, following the guidelines set by the International Electrotechnical Commission (IEC

Send Us A Message