The Guangdong QINX 16V 22A 352W desktop power adapter is engineered for high-current electronic equipment that demands efficient, regulated DC power. Featuring Active Power Factor Correction (PFC), worldwide AC input compatibility, and a broad selection of optional DC connectors, it is an ideal OEM/ODM power solution for industrial automation, communication infrastructure, medical equipment, and intelligent control systems.
The Guangdong QINX 16V 22A desktop power adapter delivers a regulated 16V DC output at 22A, providing 352W continuous power for high-performance electronic equipment requiring stable voltage and dependable long-term operation.
As a 352W high-power desktop AC/DC adapter, this model is equipped with Active Power Factor Correction (Active PFC) to improve input power quality, maximize conversion efficiency, minimize harmonic current, and reduce energy loss. The Active PFC architecture helps satisfy international energy-efficiency regulations while providing smoother and more reliable power delivery.
Designed with a 100–240VAC universal input, this external power adapter operates across global electrical systems without manual voltage adjustment. Its rugged desktop enclosure incorporates an advanced thermal management structure that supports efficient cooling, reduced temperature rise, and stable full-load performance.
Guangdong QINX provides complete OEM and ODM customization services, including output cable length, private logo printing, enclosure color, packaging, labels, and connector configuration. Optional DC connector types include 5.5×2.1mm, 5.5×2.5mm, 6.5×4.4mm, GX16, GX20, GX25 aviation connectors, M12/M16 waterproof connectors, XT60, XT90, Anderson SB50/SB120 connectors, Hirose circular connectors, Molex Mega-Fit connectors, Power DIN connectors, Binder circular connectors, and other customer-specific output interfaces.
Available connector solutions include DC barrel plugs, GX aviation connectors, waterproof circular connectors, XT series connectors, Anderson SB connectors, Hirose connectors, Molex Mega-Fit connectors, Binder circular connectors, Power DIN connectors, terminal block outputs, and customized cable assemblies for seamless OEM integration.
The adapter incorporates over-voltage protection (OVP), over-current protection (OCP), overload protection (OLP), short-circuit protection (SCP), and over-temperature protection (OTP). Combined with the integrated Active PFC circuit, these protection features ensure high efficiency, dependable operation, and enhanced equipment safety during continuous industrial use.
Available with UL, cUL, CE, FCC, RoHS, UKCA, PSE, SAA, CB, and DOE Level VI certifications, supporting international safety, EMC, and energy-efficiency compliance for OEM and ODM manufacturing.
| Series | Models | Output Voltage/Current/Power | Energy Efficiency |
| 1W-400W SERIES DESKTOP Power Adapters |
QXP-PAD-16001000 | 16V 1A 16W | VI |
| QXP-PAD-16002000 | 16V 2A 32W | VI | |
| QXP-PAD-16002250 | 16V 2.25A 36W | VI | |
| QXP-PAD-16003000 | 16V 3A 48W | VI | |
| QXP-PAD-16004000 | 16V 4A 64W | VI | |
| QXP-PAD-16004500 | 16V 4.5A 72W | VI | |
| QXP-PAD-16005000 | 16V 5A 80W | VI | |
| QXP-PAD-16006000 | 16V 6A 96W | VI | |
| QXP-PAD-16007000 | 16V 7A 112W | VI | |
| QXP-PAD-16008000 | 16V 8A 128W | VI | |
| QXP-PAD-16009000 | 16V 9A 144W | VI | |
| QXP-PAD-16010000 | 16V 10A 160W | VI | |
| QXP-PAD-16011000 | 16V 11A 176W | VI | |
| QXP-PAD-16012000 | 16V 12A 192W | VI | |
| QXP-PAD-16013000 | 16V 13A 208W | VI | |
| QXP-PAD-16014000 | 16V 14A 224W | VI | |
| QXP-PAD-16015000 | 16V 15A 240W | VI | |
| QXP-PAD-16016000 | 16V 16A 256W | VI | |
| QXP-PAD-16017000 | 16V 17A 272W | VI | |
| QXP-PAD-16018000 | 16V 18A 288W | VI | |
| QXP-PAD-16019000 | 16V 19A 304W | VI | |
| QXP-PAD-16020000 | 16V 20A 320W | VI | |
| QXP-PAD-16021000 | 16V 21A 336W | VI | |
| QXP-PAD-16022000 | 16V 22A 352W | VI | |
| QXP-PAD-16023000 | 16V 23A 368W | VI | |
| QXP-PAD-16024000 | 16V 24A 384W | VI | |
| QXP-PAD-16025000 | 16V 25A 400W | VI | |
| Email us at info@qinxpsu.com if you need customized service. | |||



