Deepcool DQ1000M-V3L 80 Plus Gold Fully Modular 1000W Power Supply

Description

Deepcool DQ1000M-V3L 80 Plus Gold Fully Modular 1000W Power Supply

The DeepCool DQ1000M-V3L is a fully modular power supply that adopts a new pure black shell, is 80 PLUS gold certified, utilizes a mainstream active PFC + full-bridge LLC resonance + DC/DC architecture, and uses all Japanese capacitors. The power output is stable and efficient, making it an excellent choice for AAA games.

GO FOR GOLD

The DQ1000M-V3L power supply is 80 Plus Gold certified, will generate clean and consistent power, while reducing heat and noise. The DQ1000M-V3L is energy-efficient, and provides efficiency greater than 92% at 50% load.

DESIGNED AND BUILT SOLID

The internal design is compact, with full Japanese capacitors and materials. The main capacitor is selected from 105℃ bulk capacitor, making it resistant to high temperatures. Solid state capacitors are used for the auxiliary capacitors producing low noise and long life.

IMPROVED COOLING PERFORMANCE

By implementing a new manufacturing process with the adoption of SiC diodes, it produces lower heat loss, while achieving higher efficiency. The seperative heatsink for the LLC mosfet and a large, full copper heatsink for the SR mosfet creates superior heat dissipation.

POWERFUL COOLING WHEN YOU NEED IT; WHISPER QUIET WHEN YOU DON'T!

Under low loads, the DQ1000M-V3L will operate at a true zero noise level. At full load, the supported intellegent, temperature-control adjusted, enabled FDB fan provides remarkably low noise cooling, while minimizing noise interference.

SUPERIORITY IN FIVE MAJOR POINTS OF INTERNAL DESIGN

The DQ1000M-V3L is designed with advanced, mature solution and high specification materials. This focus on detail provides continuous and stable power output for your system.

1. The PFC inductor is composed of iron-silicon aluminum that results in low core loss and longer life of the psu.
2. A 3rd generation super junction MOSFET tube provides a low internal resistance design, reducing conduction loss.
3. The output solid capacitor ripple is lower to meet load variation demand from graphics cards such as RTX30/RX60.
4. Optimized start-up inrush current design, the inrush current is less than 80A to prevent circuit damage.
5. -12V with DC to DC design, optimized ripple and voltage regulators.