A prototype works. The device starts up, the electronics function as intended, and the first test is successful. However, this does not mean the development is complete. For a medical device, it is not enough that a device is functional today. ...

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Traditionally, EMC testing of medical devices focuses on basic safety and essential performance. But what about functions that, while not directly safety-critical, nevertheless play an important role in clinical application? This is precisely where this approach comes in. ...

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I frequently read articles that cite IEC 60601-1-2 as the sole EMC requirement for medical devices. However, anyone who believes that IEC 60601-1-2 covers all EMC requirements for medical devices may be overlooking something. Here's why. When is IEC ...

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Have you ever considered sourcing inexpensive components from China? The temptation is strong, we know. And we've already gained some experience, a few of which I'd like to share. The dangers of second-source components: 3 practical examples ...

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May I introduce you? This is EDA – our owl for electrodermal activity. This is EDA, our little owl with a special talent. EDA can measure electrodermal activity (EDA for short) – it precisely and reliably detects even the slightest changes in skin conductance. ...

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The fast eat the slow – the importance of rapid prototyping in electronics development. Our assembly machine allows us to assemble smaller batches manually and much faster. The electronics industry is intensely competitive, and one of the most important features of ...

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