Components for power electronics, automations, electronics, electric

The article explains what a measuring shunt is, how it works, and where it is used. It describes its operating principle based on Ohm’s law, its role in measuring high currents, and its cooperation with ammeters and voltmeters. It presents typical shunt parameters (current range, voltage drop), their applications in energy, electronics, automation, laboratories, and industry. The text highlights the advantages of shunts – simple design, high accuracy, and measurement safety – and provides guidelines for selecting the right model. It is a practical compendium of knowledge for people involved in electrical measurements and diagnostics.

The article presents the applications of LEM transducers in modern energy, automation, and electrical engineering systems. It discusses the role of current and voltage transducers in monitoring, controlling, and optimizing energy flow across various industries, such as industry, energy, transport, electromobility, and renewable energy sources. It highlights the advantages of LEM transducers – high accuracy, reliability, and resistance to interference – as well as the variety of technologies and models tailored to specific application needs. The article also emphasizes the importance of quality standards and professional guidance when selecting devices.

The article describes the role of a heatsink in electronic systems, its operation, types, and importance for device safety and performance. It explains how a heatsink dissipates heat from components, works with a fan or liquid cooling, and which materials and designs enhance its efficiency. The text emphasizes that a proper heatsink is crucial for the reliability and longevity of electronic equipment.