Recom RAC03-05SK is a high-density switching power supply module delivering 5V output at 3W with a PCB mount configuration, designed to operate over a broad input voltage range from 85 to 264VAC. This compact module measures only 28.5mm in length, 23.5mm in width, and 17.9mm in depth, fitting within a tiny 1 square inch footprint ideal for constrained spaces.
The device operates reliably in a wide temperature range between -40°C and 80°C, allowing deployment in diverse industrial, home automation, IoT, and automation environments. It provides a stable 600mA output current with an efficiency of 74%, reducing power losses and improving energy consumption.
Built to meet numerous international safety and compliance standards such as EN 61558, EN 668, IEC 605, IEC 60950, and RoHS, the RAC03-05SK ensures dependable operation and global regulatory compliance. It also includes features like standby mode optimization and very low no-load power consumption, contributing to energy efficiency.
The module weighs approximately 20 grams, making it lightweight and suitable for compact assembling in electronic devices requiring a reliable 5V power source. It is commonly used in industrial automation systems, Industry 4.0 applications, IoT devices, and household automation products.
Compact 1 in² footprint for space-constrained applications. Wide input voltage support from 85V to 264VAC for worldwide use. Operating temperature range from -40°C to +80°C for harsh environment tolerance. 600mA output current with 3W power capacity.
Compliance with EN, IEC, CAN, RoHS, and UL standards for safety and environmental regulations. Optimized standby mode and low no-load power consumption. PCB mount for easy integration into circuit boards. Lightweight construction at 20 grams.
This Recom switching power supply model RAC03-05SK is ideal for various electronics assembly and embedded systems requiring compact, efficient, and compliant power solutions. Browse more Switching Power Supplies and Recom brand products on EnvMart for reliable electronics components.
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