Fonte de alimentação Chieftec GDP-650C 650 W 20+4 pinos ATX PS/2 preta

The Chieftec GDP-650C is a 650 W power supply unit designed for desktop PCs, offering efficient power delivery for budget-conscious systems. It operates on an AC input of 200–240 V at 47–63 Hz, includes a 20+4 pin ATX motherboard connector and a 140 mm cooling fan. The semi-modular cabling simplifies cable routing, while a mean time between failures (MTBF) of 100,000 hours and RoHS compliance ensure durability and environmentally acceptable materials.

Advantages

The GDP-650C provides high efficiency (>90%), meeting 80 PLUS Gold standards to reduce energy loss and operating costs. Semi-modular cables allow easier installation and tidier builds, and the large 140 mm fan supports stable cooling with lower noise. Built to a 650 W nominal output, it covers a wide range of common PC configurations while maintaining reliable performance over long service intervals.

Suitable for

• Home and office desktop computers
• Mid-range gaming PCs without extreme overclocking
• System upgrades where improved efficiency and cable management are desired

Key specifications

• Total power: 650 W
• Motherboard connector: 20+4 pin ATX
• AC input voltage: 200–240 V
• Frequency: 47–63 Hz
• Fan diameter: 140 mm
• Efficiency: >90% (80 PLUS Gold level)
• MTBF: 100,000 hours
• Colour: Black

How to use

Install the Chieftec GDP-650C into a compatible ATX case, connect the 20+4 pin ATX cable to the motherboard and attach required peripheral and PCIe connectors from the semi-modular harness. Ensure the AC mains supply matches the 200–240 V input range and secure the unit with the case mounting screws. After connecting components, power on the system and monitor voltages and temperatures to confirm stable operation.

Recommendations

For reliable performance, keep the PSU intake clear of dust and ensure good case airflow. Use only cables provided by the manufacturer and avoid overloading the unit beyond its 650 W rating. If the system includes high-end GPUs or heavy overclocking, verify combined component power draw to ensure sufficient headroom.