Molex 50Ω Right Angle PCB Mount, SMA Connector , Bulkhead Fitting, jack

50 Ohm SMA RF coaxial PCB mount Jack Receptacles with a teflon dielectric, gold plated centre contact and brass body with Gold plating except 800-6918 and 800-6936 which have Nickel plated bodies.
These SMA RF coaxial PCB mount Jack Receptacles features are:
759-5293 PCB and Panel mount, supplied with a jam nut and lock washer.
759-5299 Edge mount, 1.6 mm thick PCB, length from PCB edge is 9.53 mm.
759-5252 Right Angle, Through Hole
800-6918 Right Angle, Through Hole Nickel plated
800-6961 Edge Mount, 1.6 mm thick PCB, length from PCB edge is 12.7 mm.
759-5303 Vertical, Through Hole
800-6933 Vertical, SMT
800-6949 Edge and Bulkhead mount (no hardware)
800-6936 Right Angle, PCB and Bulkhead mount, Nickel plated
841-1827 Right Angle, PCB mount, Through Hole
800-6986 Jack to Jack Bulkhead Adapter

To get a signal cable in line with your PCB, reach for this coaxial connector from Molex. You can insert a high-frequency wire into it to transmit signals to an external circuit. The unit features a threaded body that's designed to achieve maximum contact with the cable to help reduce interference. To really seal the deal, it comes with a locknut and a washer that let you securely tighten your cable to it.

• Right-angle design to fit into awkward spaces
• Gold contact plating for resistance to corrosion
• Subminiature size for compatibility with busy panels

• Digital displays
• Server rooms
• Gaming systems
• Medical and pharmaceutical industries

The contact of this connector is made from durable beryllium copper. This highly conductive material makes sure you get reliable signal transfer.

Molex SMA RF Coaxial Connectors

The Molex range of high- performance SMA RF Coaxial subminiature Connectors are suitable for microwave frequencies. The SMA design of threaded couplings gives uniform contact of the outer conductors to reduce reflections and attenuation at higher frequencies. High mechanical strength and durability are also ensured by the threaded SMA design.