Components for power electronics, automations, electronics, electric

The article explains the fundamentals of inductive components such as coils and chokes, their construction, key parameters, and applications in electronics. It describes how they store energy in a magnetic field, stabilize voltage, and filter interference in electronic circuits.

This article discusses the role of gate drive transformers in thyristor circuits, explaining their operating principle, connection schemes, and typical applications in power electronics and industrial systems. It highlights the importance of isolation, precise gate triggering, and protection of control circuits.

The article describes the principle of operation, construction, and applications of pulse transformers, which are an important component of modern switch-mode power supplies (SMPS). It explains the differences between pulse transformers and traditional mains transformers, emphasizing their advantages—high efficiency, compact design, galvanic isolation, and reliability. The text also discusses materials used in ferrite cores, converter circuit topologies, and typical areas of application such as computer power supplies, LED lighting, and industrial automation systems.