HLK-2M05 Ultra-compact AC DC power module 2W 5V

2W ultra-small series of power module is a small volume, high efficiency module power supply designed by Hi-Link Electronics. With the global input voltage range, low temperature rise, low power consumption, highefficiency, high reliability, high security isolation and so on. Has been widely used in smart home, automation, communications equipment, instrumentation and other industries.Features:1. Ultra-thin, ultra-small, the industry’s smallest volume;2. Global universal input voltage (90 ~ 245Vac);3. Low-power, green, no-load loss <0.1W;4. Low ripple, low noise;5. Good output short circuit and overcurrent protection and self recovery;6. High efficiency, high power density;7. Input and output isolation voltage 3000Vac;8. 100% full load aging and testing;9. High reliability, long life design, continuous working time is greater than 100,000 hours;10. Meet UL, CE requirements; product design to meet EMC and safety testing requirement;11. Using high-quality environmentally friendly waterproof plastic potting, moisture, vibration, waterand dust to meet IP65 standards;12. Economic solutions, cost-effective13. No external circuit to workCertification:The product design meet UL, CE safety certification requirements. (Though the UL and CE certificates need to be done by client)Safety and electromagnetic compatibility:1. Design of Input end fulfills the 0.5A security of UL certification?2. PCB board designed as double-sided copper clad plate, the material fireproof rating 94-V0 level?3. Safety standard in line with UL1012, EN60950, UL609504. Insulation Voltage I/P-O/P:2500Vac5. Insulation Resistor I/P-O/P>100M Ohms/500Vdc 25? 70% RH6. Conductivity and Radiation meet EN55011, EN55022 (CISPR22)7. Electrostatic discharge IEC/EN 61000-4-2 level 4 8kV/15kV8. RF Radiation Immunity meet the standard IEC/EN 61000-4-3 (Check details in Application Notes)Temperature safety design:The maximum temperature rise of the power supply capacitor, main converter and other inner surfaces at room temperature does not exceed 90 ?; the maximum temperature rise of the shell surface does not exceed 60?.