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Power Control and Circuit Protection – Solutions from Littelfuse and IXYS

Power electronics systems must not only efficiently control the flow of energy but also handle phenomena that may threaten their components. In converters, inverters, power supplies, or drive systems, semiconductors frequently switch large currents and operate at high voltages. At the same time, they may be exposed to overvoltages originating both from the power grid and generated within the device itself.

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About products Selec brand installation meters and current transformers

Energy consumption in industrial plants is becoming an increasingly complex process due to many connected devices and continuous load fluctuations resulting from the nature of work. Most devices in industrial applications require high power to provide sufficient electrical energy to power large motors, heating systems, LED lighting, inverters, rectifiers, power supplies, and inductive circuits

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What an EMS Laboratory Actually Finds When Electronics Fail

Most field failures that reach our laboratory are not exotic. They are the same handful of mechanisms, year after year. What varies is where they were introduced — and in the majority of cases we investigate, the durable fix turns out to be a design change rather than a process adjustment.

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INVISIBLE ARCHITECTS OF MINIATURIZATION: SMD RESISTORS IN MODERN ELECTRONICS

Resistors undoubtedly belong to the most basic and essential electronic components. Every modern device contains dozens, sometimes even hundreds of such elements inside. Their task is quite simple – to limit the value of the electric current flowing in the circuit, so that other components can be precisely driven without the risk of damage.