Molex MICROCOAXIAL Series Male UFL to Male UFL, 240 mm 50 Ω

Molex Coaxial Cable, 0.81mm Cable Diameter, Dual-Ended Connection - MICROCOAXIAL Series - 73412-0237

Efficiently carry radio frequency signals from one device to another with this coaxial cable from Molex. It's 240mm long, so is in hand to make easy connections between devices without excess cable clutter. This component features a male surface-mount U.FL connector at each end – simply plug them into compatible female sockets for tool-free installation. As the connectors are made from a phosphor-bronze alloy with gold-plated contacts, you can be sure of high conductivity and reliable resistance to corrosion.

Efficiently carry radio frequency signals from one device to another with this coaxial cable from Molex. It's 240mm long, so is in hand to make easy connections between devices without excess cable clutter. This component features a male surface-mount U.FL connector at each end – simply plug them into compatible female sockets for tool-free installation. As the connectors are made from a phosphor-bronze alloy with gold-plated contacts, you can be sure of high conductivity and reliable resistance to corrosion.

Features & Benefits

• Characteristic impedance of 50Ω allows easy signal flow for an effective connection• Light weight of 200g for easy handling and minimal system strain

• Characteristic impedance of 50Ω allows easy signal flow for an effective connection

• Light weight of 200g for easy handling and minimal system strain

• Light weight of 200g for easy handling and minimal system strain

Applications

• Telecommunications systems• Security monitoring• Information services• Computer technology

• Telecommunications systems

• Security monitoring

• Security monitoring

• Information services

• Information services

• Computer technology

• Computer technology

What's a U.FL connector?

A U.FL connector is a miniature coaxial device that delivers high-performance transfer of RF signal.

A U.FL connector is a miniature coaxial device that delivers high-performance transfer of RF signal.