These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. applications: TV et systèmes audio, magnétoscopes, ordinateurs, ...
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. <ul> <li>applications : instrumentation, téléviseurs et systèmes audio, magnétoscopes, ordinateurs, ...</li> </ul>
These wirewound 50W resistors can handle continuous high power dissipation in a compact size. The resistor is moulded in an anodized aluminium heat sink for maximum heat dissipation. <ul> <li>applications : instrumentation, téléviseurs et systèmes audio, magnétoscopes, ordinateurs, ...</li> </ul>
ALIMENTATION COMPACTE À DÉCOUPAGE POUR ÉQUIPEMENT INFORMATIQUE - 1 SORTIE - 15 W - 12 V - CHASSIS FERMÉ entrée CA universelle / plage complète refroidissement: convection naturelle LED d'alimentation
ALIMENTATION COMPACTE À DÉCOUPAGE POUR ÉQUIPEMENT INFORMATIQUE - 1 SORTIE - 15 W - 12 V - CHASSIS FERMÉ entrée CA universelle / plage complète refroidissement: convection naturelle LED d'alimentation
ALIMENTATION COMPACTE À DÉCOUPAGE POUR ÉQUIPEMENT INFORMATIQUE - 1 SORTIE - 15 W - 24 V - CHASSIS FERMÉ entrée CA universelle / plage complète refroidissement: convection naturelle LED d'alimentation
ALIMENTATION COMPACTE À DÉCOUPAGE POUR ÉQUIPEMENT INFORMATIQUE - 1 SORTIE - 15 W - 24 V - CHASSIS FERMÉ entrée CA universelle / plage complète refroidissement: convection naturelle LED d'alimentation