Fanless AC/DC PSUs with baseplate cooling for medical technology
Conduction-cooled medical power supplies provide highly reliable and efficient AC/DC conversion for advanced applications in medical technology. By dissipating heat directly through a thermally optimized baseplate, these power supplies enable completely fanless operation -- significantly extending operational lifespan by eliminating mechanical wear and reducing acoustic noise to near silence.
Engineered with an ultra-low-profile design, these compact units are ideally suited for space-constrained or portable medical systems. The robust thermal management ensures consistent and dependable performance even under demanding conditions, while the high efficiency rating supports energy-saving operation with reduced heat buildup.
With a wide input voltage range and integrated active Power Factor Correction (PFC), these power supplies are ready for global deployment across various medical applications. Certified to international medical safety standards such as IEC/EN/UL 60601-1 Ed. 3.2 (2xMOPP) and IEC/EN/UL 62368-1 Ed. 3.0, they provide a high level of patient and operator protection alongside full electromagnetic compatibility.
Designed for continuous, long-term operation, these power solutions are equipped with comprehensive protection mechanisms against overvoltage, overtemperature, overcurrent, and short circuit events. Their durability and maintenance-free construction make them ideal for critical healthcare equipment that must meet the highest reliability standards.
For OEM-specific use cases, configurable output voltages and custom adaptations are available upon request. Additionally, Bicker Elektronik offers extensive design-in support, including tailored cable and connector assemblies to ensure seamless integration into customer systems.
This product category delivers exceptional performance, compliance, and thermal efficiency -- making it the optimal choice for all medical applications requiring a silent, fanless, and high-performance power supply solution.
