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DC-DC converters | AC-DC Power supply

I recently purchased the 220V to 24V Converter for my home automation project. The installation was straightforward, and it has been working perfectly. I particularly appreciate the compact design and the reliability of the output voltage. One question I have is whether this converter can handle continuous high current loads without overheating. Any insights from other users would be greatly appreciated!

I bought the 12V to 48V Converter to power my electric bike's battery charger. It's a fantastic product, very efficient, and it charges my battery much faster than the original adapter. However, I noticed that the temperature rises slightly during prolonged use. Is this normal, or should I be concerned about potential overheating issues?

I've been using the 220V to 24V Converter for my LED lighting system in my garage. The converter has been incredibly reliable, and the voltage regulation is excellent. I'm planning to expand my setup to include more lights. Does anyone have experience with daisy-chaining multiple converters or using them in parallel to increase the total output capacity? Your advice would be invaluable!

I just received the 12V to 48V Converter and I'm really impressed with its build quality and performance. I'm using it to power a series of high-intensity LED lights in my outdoor garden. The converter seems to handle the load well, but I'm curious about the efficiency. Can anyone provide some data on how much power is actually being used versus what is delivered to the LEDs? Thanks in advance!

I've been using the 220V to 24V Converter for my small business's security camera system. It's been reliable and hasn't caused any issues so far. I do have one request for the manufacturer: could you consider adding a built-in surge protector to the design? It would be a great feature for those of us who live in areas prone to power surges. Thanks for making such a solid product!