Recom RAC10-24SK/277 switching power supply delivers a stable 24V DC output with 10W power capacity, designed specifically for PCB mounting applications. Its compact size of 52.5 mm length, 27.4 mm width, and 23 mm depth allows integration in limited space environments while providing reliable power conversion for low-power electronic devices.
Operating efficiently within an ambient temperature range of -40°C to 80°C, this switching power supply is suitable for use in harsh industrial, medical, military, and laboratory settings. The unit supports a wide AC input voltage range from 85V to 305V, ensuring compatibility with diverse mains supplies globally.
Equipped with a hiccup mode short-circuit protection function, the RAC10-24SK/277 automatically cuts off input power during faults and restarts after clearance, enhancing safety by preventing overheating and fire hazards without manual intervention.
With an efficiency of 84%, this model maximizes power utilization and minimizes heat dissipation. Its robust compliance with standards such as UL 60950-1, EN 61000 series, CAN/CSA, and RoHS ensures reliable electrical performance and regulatory conformance.
This RECOM power supply is ideally applied in consumer electronics, testing laboratories, medical devices, and military equipment, supporting low power DC output needs with high reliability and safety.
Compact dimensions suitable for space-constrained PCB designs. Wide input voltage range for versatile AC power sources. Extended operating temperature range for demanding conditions. Short-circuit hiccup protection for automatic fault recovery.
High efficiency reducing energy waste and thermal stress. Compliance with international safety and EMC standards. Lightweight design for minimal PCB load. Reliable operation with a mean time between failures of 450,000 hours at 25°C.
Applications include consumer electronics, medical, military, and testing labs. Explore the range of Switching Power Supplies and power management solutions on EnvMart for industrial-grade quality and performance.
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