PC Power Supplies (36 artikelen)

UL/cUL recognised, TUV, CB, CCC, FCC, C-Tick. Seasonic 400W ; 600W 2U Rack Mount Industrial 80 Plus ATX Computer Power Supply. 80 Plus certified Industrial 2U rackmount PSU Active power factor corr...

RS PRO PC Power Supply, 800W Introducing the RS PRO PC Power Supply, a high-quality, non-modular power supply solution for use with desktops. It’s been designed with four SATA connectors, making it...

RS PRO 700W ATX Power Supply Unit From RS PRO, the 700W ATX power supply is a robust PSU (Power Supply Unit) that offers high efficiency and reliability when supplying power to internal components ...

CUL, TUV, CB, BSMI, CE, FCC, RCM. Seasonic 300W Switch Mode Power Supply 80+ EA-300 Series. The Sea Sonic EA-300 is a small 300W computer power supply. The EA-300 features a DC-DC converter design ...

Seasonic ATX ES2 SSP-600ES2 - Voeding (intern) - ATX12V 2.3 - 80 PLUS Bronze - 100-240 Volt wisselstroom V - 600 Watt - actieve PFC

Seasonic ATX ET2 SSP-600ET2 - Voeding (intern) - ATX12V 2.3 - 80 PLUS Bronze - 100-240 Volt wisselstroom V - 600 Watt - actieve PFC

Seasonic ATX ET2 SSP-500ET2 - Voeding (intern) - ATX12V 2.3 - 80 PLUS Bronze - 100-240 Volt wisselstroom V - 500 Watt - actieve PFC

Seasonic ATX ES2 SSP-500ES2 - Voeding (intern) - ATX12V 2.3 - 80 PLUS Bronze - 100-240 Volt wisselstroom V - 500 Watt - actieve PFC

RS PRO 600W ATX Power Supply Unit From RS PRO, the 600W ATX power supply is a robust PSU (Power Supply Unit) that offers high efficiency and reliability when supplying power to internal components ...

Seasonic ATX ES2 SSP-400ES2 - Voeding (intern) - ATX12V 2.3 - 80 PLUS Bronze - 100-240 Volt wisselstroom V - 400 Watt - actieve PFC

RS PRO

Input Voltage = 100 → 240V ac Output Voltage = 3.3 V dc, 5 V dc, 12 V dc, -12 V dcV Power Rating = 350W Output Current = 2.5 A, 20 A, 27 A, 800 mA Number of Outputs = 5 Better World Product = Yes B...

RS PRO 300W TFX Power Supply Unit From RS PRO, the 300W TFX power supply is a robust PSU (Power Supply Unit) that offers high efficiency and reliability when supplying power to internal components ...