External Pico PSU (Fanless, 160W): PicoPSU-160-xt Power Supply
In many of our smaller system builds, especially the fanless ones, we use the PicoPSU-160-xt 12V DC-DC ATX power supply, with a 160w AC-DC Power Adapter, 12v 12.5A
picoPSU-160-XT High power, 24 pin mini-ITX power supply in a small package (picoPSU)
High Reliability design, less cables.The picoPSU-160-XT is the toughest plug-in 12V ATX dc-dc power supply. The picoPSU is compatible with an entire range of mini-itx motherboards as well as regular boards. The picoPSU-160-XT provides a cool, silent 160 Watts (200 watt peak) of power for small PC designs using a single 12V power source.
By using Patent Pending HyperWatt[TM] technologies , picoPSU-160-XT packs an impressive amount of power relative with its very small footprint. picoPSU-160-XT has several key advantages over traditional power supplies:
- Very small , can build ultra-compact PC enclosures and slim server enclosures.
- Fits any motherboard equipped with a 24pin ATX connector.
- 100% silent, fanless, no moving parts.
- Operates at only 12V.
- Highly efficient design, does not produce a lot of heat.
Small computer projects start with small power supplies. picoPSU-160-XT is a crucial key component that unleashes the ultimate power solution for general purpose computing platforms. picoPSU-160-XT is fully ATX compliant PSU, making it an excellent candidate for any silent, fanless and small 12V DC-DC ATX PC power supply project.
Cool power. Operating at only 12V, the picoPSU-160-XT dc-dc ATX power supply delivers 160 Watts of power. picoPSU provides plenty of power (via ATX connector and HDD cable harness) for CPU and an entire range of peripherals.
100% Silent The picoPSU-160-XT mini PSU is a 100% silent fanless dc to dc solution. No fans, no noise, just power for small and silent PCs.
picoPSU-160-XT is a fully compliant DC-DC ATX PC PSU.
picoPSU-160-XT ATX DC-DC converter is very small, measuring just 53mm(L) * 20mm(W) * 36.5mm (H), about the size of two AA batteries.
CE / FCC / VCCI Certifications need to be obtained separately.