Knowledge Base

Electromagnetic Compatibility (EMC) is a key element in ensuring the reliability of telecommunication networks. Electromagnetic interference can lead to signal degradation, connection interruptions, and a general decline in the quality of telecommunication services.

Electromagnetic Compatibility (EMC) in medical equipment is crucial for ensuring the reliability and safety of devices used in healthcare. Electromagnetic interference can lead to malfunctions of equipment, which may have serious consequences for patient health and safety.

Electromagnetic Compatibility (EMC) is a crucial aspect of designing modern vehicles. Without proper management of EMC, vehicles may experience interference that affects their reliability and safety.

Electromagnetic interference (EMI) presents significant challenges in modern electronic circuit design. Effective shielding of PCB components is crucial for ensuring reliable device operation. Key practices include designing PCB layers to reduce coupling, isolating signal paths, using appropriate shielding materials, and employing metal enclosures. Common mistakes, such as improper grounding and incorrect material use, can lead to increased interference and device failures. Adhering to these...

Electromagnetic Compatibility (EMC) is a crucial aspect in the design and use of modern electronic devices. With the increasing number of devices emitting electromagnetic interference, protection in the form of foam EMC gaskets is becoming essential. EMC gaskets are specially designed to protect against electromagnetic interference that can affect the proper functioning of electronic devices.

Learn about various types of EMC gaskets, their functions, and applications in electronics, automotive, telecommunications, medical, and aerospace industries. Discover how to choose the right EMC gasket and explore future trends in this technology.

Electromagnetic compatibility (EMC) is a crucial element in designing and deploying electronic devices to the market. Meeting EMC standards and regulations is essential to ensure that devices operate correctly without causing electromagnetic interference in other devices.

Electromagnetic interference (EMC) refers to unwanted disturbances in electrical signals caused by external sources. In industry, controlling these interferences is crucial for ensuring the reliability and safety of devices and systems.

EMC (Electromagnetic Compatibility) refers to the ability of electronic devices to operate in a specific electromagnetic environment without causing interference and without being affected by other devices. In industry, ensuring an appropriate level of EMC is crucial for safety, reliability, and compliance with international standards.

The article describes the modernization of the REL30Tr induction generator carried out by DACPOL SERVICE. The generator, manufactured in 1990 by ELCAL, was used at the Institute of Molecular Physics in Poznań. The modernization included the introduction of modern technical solutions, such as a "soft start" of the cathode triode power supply, improvements to the oscillator circuit, and the integration of an additional control panel. These changes improved the reliability and efficiency of the...

Odkryj zalety klejów do gwintów Bäder® w naszym artykule. Dowiedz się, jak wysokiej jakości kleje Bäder® zapewniają trwałość i bezpieczeństwo połączeń śrubowych w trudnych warunkach przemysłowych. Sprawdź ich właściwości, zastosowania i ekologiczne zalety. Idealne rozwiązanie dla przemysłu motoryzacyjnego, lotniczego, mechaniki precyzyjnej i projektów DIY.

All RAFIX series feature a modular design. They consist of a button and a contact. The advantage of this system is the ability to freely combine contacts and buttons according to needs. This provides nearly unlimited combinations for both production and final assembly. You can create a new configuration using existing components. If that is not sufficient, custom solutions can also be developed.

Energy banks are a key solution in the context of the energy transition, addressing the growing challenges related to climate change and providing stability and efficiency in energy management for businesses. When defining energy banks, we refer to systems that store electrical energy, which can store excess energy for use during periods of high demand or in the event of supply interruptions.

Energy banks play a crucial role in supporting the development of electric vehicle charging infrastructure by acting as advanced systems for storing electrical energy. The introduction of these technologies is essential in the context of increasing energy demand due to the growth of the electric vehicle market.

Banki energii stanowią kluczowe rozwiązanie w kontekście transformacji energetycznej, odpowiadając na rosnące wyzwania związane ze zmianami klimatycznymi i zapewniając stabilność oraz efektywność w zarządzaniu energią dla firm. Definiując banki energii, mówimy o systemach magazynujących energię elektryczną, które mogą przechowywać nadwyżki energii w celu wykorzystania w okresach wzmożonego zapotrzebowania lub w przypadku przerw w dostawach

Banki energii stają się coraz bardziej popularnym rozwiązaniem w zarządzaniu energią, zwłaszcza w dużych obiektach komercyjnych. Dzięki nim przedsiębiorstwa mogą znacząco obniżyć koszty operacyjne, zwiększyć niezależność energetyczną oraz przyczynić się do ochrony środowiska. W niniejszym artykule przyjrzymy się bliżej, czym są banki energii, jakie korzyści przynoszą dużym obiektom komercyjnym, oraz dlaczego warto zainwestować w tę technologię.

Induction heating offers many benefits to manufacturing processes because it is a fast, energy-efficient and flameless method of heating electrically conductive materials.

The development of SiC (silicon carbide) and GaN (gallium nitride) technologies brings revolutionary changes in the electronics industry, especially in the fields of Artificial Intelligence (AI) and Electric Mobility (EV).