Molex FFC Ribbon Cable, 5-Way, 1mm Pitch

Molex Ribbon Cable, FFC Cable Type, 1.2A Maximum Current Per Contact - 15039 Series - 150390733

Choose this ribbon cable from Molex to handle signal transfer between electrical components in your device. Its 152mm length gives you convenient reach without excess clutter, while the flexible polyester jacket makes it easy to bend to fit into complex setups. Thanks to gold plating, the five contacts withstand corrosion and deliver effective signal transfer. You can use this cable in low-power jobs, as it handles up to 60V AC.

Choose this ribbon cable from Molex to handle signal transfer between electrical components in your device. Its 152mm length gives you convenient reach without excess clutter, while the flexible polyester jacket makes it easy to bend to fit into complex setups. Thanks to gold plating, the five contacts withstand corrosion and deliver effective signal transfer. You can use this cable in low-power jobs, as it handles up to 60V AC.

Features & Benefits

• Type-A construction means all contacts are located on the same side for easy installation• 1mm pitch minimises crosstalk while maximising space• Delivers reliable performance in temperatures between -40°C and +105°C

• Type-A construction means all contacts are located on the same side for easy installation• 1mm pitch minimises crosstalk while maximising space• Delivers reliable performance in temperatures between -40°C and +105°C

Applications

• R&D prototyping• Robotics systems• Medical equipment

• R&D prototyping• Robotics systems• Medical equipment

What does FFC mean?

It refers to flat flexible cables, like this one, with several thin and low-profile conductors placed in parallel, separated by a precise pitch. They're ideal for delivering signals between electrical components in tight areas.

It refers to flat flexible cables, like this one, with several thin and low-profile conductors placed in parallel, separated by a precise pitch. They're ideal for delivering signals between electrical components in tight areas.