This article explains the function and importance of a crankcase heater for compressors in HVAC systems. It describes how it prevents refrigerant migration and oil dilution, protects bearings, reduces the risk of damage in low temperatures, and improves start-up reliability.

What’s the difference between these two types of touch screens? This article shows which one works better for everyday use and which for tough industrial conditions. If you’re wondering which screen to choose for your device – this text will help you decide.

Learn how engineers detect and eliminate electromagnetic interference in vehicles. See how modern EMC measurements accelerate automotive electronics development.

A complete guide to preparing and pulling cables through a conduit – pipe selection, techniques, tools, and installation safety.

How a converter works – learn about the principle of operation, types and applications of DC/DC converters, switching converters and inverters in power systems.

Transducer: learn the principle of operation and applications in electronic devices. How is a signal processed and in which devices is it used? Check it out!

Current transducer vs. current transformer: discover the similarities and differences. How do current transducers and transformers work? Learn more about current measurement.

Which current transducer to choose? Discover the types! Current transformer, 5A measurement. How to measure current in devices and controllers? Find out which one to pick for measurement.

Measuring transducer: principle of operation, application, types of transducers. How does a sensor work? Current transmission, galvanic isolation, and Modbus.

Aluminum vs copper radiator: which one dissipates heat better? Find out which radiator – aluminum or copper – has higher efficiency!

Industrial radiator: a key role in cooling electronic systems. Discover the importance of radiators! Product list in the radiator category.

Transformers for thyristor control: what are they and what are they used for? Learn how to connect this semiconductor component and control the current flow.

Building Electronic Devices – What Does It Involve? Discover the Complete Process of Creating Electronic Devices. Electronics from the Basics for Everyone!

The article is a comprehensive guide to designing electronic devices with electromagnetic compatibility (EMC) in mind. It explains what EMC tests are and why passing them is crucial, then describes the most common causes of failure—from radiated emissions and poor shielding to errors in ESD protection. The author discusses good PCB design practices: controlling return paths, proper layer stack-up, using stitching vias, enclosure shielding, correct cable shielding and termination, as well as...

The article presents NANUK protective cases as a solution for securing equipment in industry and the military. It describes their durability, waterproofing, shock resistance, and customizable interiors, ensuring that equipment – from measuring instruments to military systems – remains safe under any conditions. The text also covers the eco-friendly Nanuk R series and practical applications in laboratories, field services, and special missions.

The article presents the role and importance of capacitors in electronics and industrial automation. It describes the construction and applications of electrolytic, film, and ceramic capacitors, emphasizing parameters such as capacitance, polarity, and operating stability. It explains how to correctly read markings, connect capacitors in DC and AC circuits, and test them. The text highlights that the proper choice of capacitor type is crucial for the reliability of power supply and control...

The article describes the importance of surge protectors as a key element in protecting electrical installations and electronic devices from sudden voltage spikes. It explains what surges are, the damage they can cause, and how Type 1 and Type 2 surge protectors work. The text emphasizes proper selection and installation of protectors, their role in increasing system reliability, and the financial and safety benefits of surge protection in homes, offices, and industrial facilities.

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...