Is an Isolated Power Module from RECOM Really Necessary for Your Design?

When you’re designing a system that needs reliable power conversion, especially in sensitive environments like medical devices or industrial automation, the question arises: Do you really need an isolated power module from RECOM? Let’s break it down. \\n\\nRECOM is known for its high-quality power modules, including their range of isolated power solutions. These modules are designed to provide a stable and safe voltage output while ensuring electrical isolation between input and output. This isolation is critical in preventing noise interference and protecting sensitive components. For instance, in a medical imaging device, where even the slightest noise can distort results, using an isolated power module ensures accurate readings every time. According to a study by MarketsandMarkets, the global power module market is projected to reach $27.3 billion by 2025, with isolated modules playing a significant role due to their reliability and safety features. \\n\\nConsider this real-world example: A factory automation setup required a robust solution to power various sensors and controllers without interference. By integrating RECOM’s R-78B series, which offers up to 94% efficiency, the engineers ensured consistent performance across all connected systems. The compact size of these modules also meant they could fit seamlessly into tight spaces, saving valuable board real estate. \\n\\nAnother advantage of choosing RECOM’s isolated power modules is their extensive safety certifications. They comply with standards such as UL/EN/IEC 60950-1 and 62368-1, making them suitable for applications where compliance is mandatory. Plus, their wide operating temperature range (-40°C to +85°C) ensures dependable operation under diverse environmental conditions. \\n\\nSo, back to the original question—is an isolated power module from RECOM necessary for your design? If your project involves complex circuits, long-distance power transmission, or requires protection against electromagnetic interference (EMI), then yes, it absolutely makes sense. Not only do these modules simplify your design process, but they also enhance overall system reliability and longevity.