24ピン DC ATX PSU 12V DC入力 DC 12V 150ワット Pico PSU ATX High Mini-ITX 電源 アダプターボード付き ATXスイッチ PSU 自動車 コンピューター メインボード 車 オートバイ

If you're like me and need to test motherboards that don't require a lot of power draw, this is an excellent power supply for your workbench. This will power most motherboards with a few peripherals. It's small, has extremely clean and accurate power delivery and can be powered from my bench power supply or from a wall adapter. Personally, I power it from my bench power supply. This was a great purchase that I've recommended to friends.

The PSU came with everything i needed to power up my HTPC. Still working great after 6 months.

Unit works well and all voltages are present as expected. But beware that the DC input barrel jack is poor quality and the threaded metal part can easily break off from the plastic body behind it with the contacts.

Seems decently built but has a major flaw I didnt notice until after in-hand. The power and motherboard cables connect to back side of the pcb and point towards RAM on typical ITX motherboard with two RAM slots to the right of the socket. This means that any heatsinked ram is almost certainly too tall for cables to clear without pinching. Even with bare modules the power cable is slightly pinched up by the memory. Ive had a few different model of picos in the past and this seems to be on the higher end of build quailty. If you have a board with memory slots flanking the socket or something with so-dimm this could be a good option. Or if you arent concerned with slight pinching bare ram could work. I'll probably hold on to it at this price and have it if I ever need it.

I purchased this to build a new power-supply for my 31 year-old Macintosh LC III. I specifically selected this unit because it has no electrolytic capacitors, whereas several other Pico supplies do. You see, the very reason I had to purchase this power supply is because, after 31 years, the electrolytic capacitors in my Mac's old one had exploded and leaked electrolyte all over the place. To the extent possible, I want to limit my antique electronics to use tantalum capacitors, so they will outlive me, and last a lifetime, as they almost already have.