South Creative NDL200HJ5A Switching Power Supply

South Creative NDL200HJ5A Switching Power Supply Description

The South Creative NDL200HJ5A Switching Power Supply is a highly efficient and compact power solution designed for applications requiring reliable and stable 5V power output. With an input voltage range of 200-240VAC and an output current of 40A, this power supply delivers excellent performance in a variety of demanding environments. The unit features advanced protection mechanisms, including input undervoltage, output overcurrent, and output short-circuit protection, ensuring the safety and longevity of your equipment. Additionally, the power supply incorporates a high-efficiency synchronous rectification circuit that boosts energy efficiency to an impressive 88%, making it an energy-saving choice for industrial and commercial applications.

Its ultra-compact design (measuring only 160mm x 64mm x 18mm) makes it ideal for space-constrained applications such as LED displays, routers, and other electronics requiring stable power in a small form factor. The power supply also features over-temperature protection, further ensuring reliable operation in various working conditions.

Product Features:
· High Efficiency: Utilizes a synchronous rectification circuit to achieve 88% efficiency, significantly reducing energy loss and lowering operating costs.
· Compact Design: With its slim profile of just 160mm x 64mm x 18mm, this power supply is perfect for applications where space is limited.
· Protection Features:
– Input Undervoltage Protection: Automatically shuts down the power supply when the input voltage falls below the acceptable threshold to prevent damage.
– Output Overcurrent Protection: Safeguards your equipment by preventing excessive current output, automatically resuming operation once the fault is cleared.
– Output Short-Circuit Protection: Ensures the output terminals remain undamaged even during prolonged short-circuit conditions.
– Over-Temperature Protection: Automatically shuts down if the unit exceeds its safe operating temperature, preventing damage to internal components.