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  • Capacitive touch screens: How they work and their application in industry
    Capacitive touch screens: How they work and their application in industry

    Capacitive touch screens play a crucial role in the modern world of technology, and their application in industry is becoming increasingly common. Thanks to their reliability and precision, capacitive touch panels are used in many industrial sectors, from automation to medical devices. But how exactly does a capacitive touchscreen work, and why is it so popular in industry? Let’s take a look at its operating principles and key advantages.

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  • WH-i Series: Innovative Turbocharger with IoT Technology from Turbowin
    WH-i Series: Innovative Turbocharger with IoT Technology from Turbowin

    Turbowin introduces a new series of WH-i turbochargers that combine IoT technology with advanced air bearing systems. With remote control and monitoring capabilities, these products offer high performance, reliability, and energy efficiency, perfectly meeting the needs of modern industries.

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  • What are conductive elastomers and how can they improve electromagnetic compatibility?
    What are conductive elastomers and how can they improve electromagnetic compatibility?

    Electromagnetic compatibility (EMC) is a crucial aspect in the design of modern electronic devices. Conductive elastomers play an important role in improving EMC, offering effective solutions for controlling electromagnetic interference.

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  • Mecz charytatywny "Charity Cup"
    Mecz charytatywny "Charity Cup"

    Mieliśmy ogromną przyjemność wzięcia udziału jako Partner w meczu charytatywnym #CharityCup. Z zaciekawieniem obserwowaliśmy jak członkowie drużyn zostawiają serce na boisku, a to wszystko w szczytnym celu! Była nim zbiórka funduszy na integracyjne centrum diagnostyki medycznej, w którym poza profilaktyką zdrowotną udzielane będzie wsparcie psychologiczne. Za to przedsięwzięcie odpowiada #FundacjaJesteśmyBlisko

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  • Best Practices for Shielding Components on PCBs for EMC: How to Minimize Electromagnetic Interference
    Best Practices for Shielding Components on PCBs for EMC: How to Minimize Electromagnetic Interference

    With the growing demands for electromagnetic compatibility (EMC), designing printed circuit boards (PCBs) is becoming increasingly complex. Shielding is a key technique that protects electronic components from electromagnetic interference (EMI). In this article, we discuss the main challenges and best practices related to designing shielding for PCB components in terms of EMC.

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  • Precision and Versatility: Why Invest in the IVT-3?
    Precision and Versatility: Why Invest in the IVT-3?

    The IVT-3 current sensor, available in Base and PRO versions, offers precise measurement of current, temperature, and advanced diagnostic functions. The PRO version additionally enables voltage measurement and insulation status evaluation, making it a versatile tool ideal for modern electrical applications, ensuring high accuracy and integration of multiple functions.

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  • What Are the Types of EMC Filters and When Are They Used?
    What Are the Types of EMC Filters and When Are They Used?

    EMC filters play a key role in ensuring the electromagnetic compatibility of electrical and electronic systems. Their task is to minimize electromagnetic interference that can affect the operation of devices and systems. In this article, we will discuss different types of EMC filters and the situations in which they are most commonly used.

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  • Technical ceramics for metal injection molding processes
    Technical ceramics for metal injection molding processes

    Metal Injection Molding (MIM) is an advanced metal forming technique that combines the advantages of plastic injection molding and powder metallurgy. This process allows the production of complex metal parts with high precision and excellent mechanical properties.

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  • Selecting the Right EMC Cable Glands
    Selecting the Right EMC Cable Glands

    Selecting the right EMC cable glands is crucial for effective protection against electromagnetic interference. Factors to consider include the material from which the gland is made, its size, and the type of cable it will be used with. The material of the gland significantly impacts its effectiveness in providing EMC protection. Metal glands offer better protection against interference than those made of plastic.

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  • Overview of EMC Technologies Used in Automation Systems
    Overview of EMC Technologies Used in Automation Systems

    Electromagnetic Compatibility (EMC) is a key aspect in the design and operation of modern automation systems. Its importance is invaluable in ensuring the reliability and stability of complex electronic devices, which must operate without electromagnetic interference both internally and with their surroundings.

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  • Article: What EMC Products Are Essential for Ensuring the Reliability of Telecommunication Networks?
    Article: What EMC Products Are Essential for Ensuring the Reliability of Telecommunication Networks?

    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.

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  • Challenges and Solutions in EMC Protection in Medical Equipment
    Challenges and Solutions in EMC Protection in Medical Equipment

    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.

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  • Electromagnetic Compatibility (EMC) in Vehicles - Key Components and Technologies
    Electromagnetic Compatibility (EMC) in Vehicles - Key Components and Technologies

    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.

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  • Best Practices for Shielding Components on PCB Boards
    Best Practices for Shielding Components on PCB Boards

    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...

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  • Characteristics, Advantages, and Typical Applications of Foam EMC Gaskets
    Characteristics, Advantages, and Typical Applications of Foam EMC Gaskets

    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.

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  • Discussion of Different Types of EMC Gaskets and Their Industrial Applications
    Discussion of Different Types of EMC Gaskets and Their Industrial Applications

    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.

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  • Overview of Key EMC Standards and Regulations
    Overview of Key EMC Standards and Regulations

    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.

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  • Main Sources of Electromagnetic Interference and How to Control Them
    Main Sources of Electromagnetic Interference and How to Control Them

    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.

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