The MMCX female Right Angle Crimp RG 316 Cable connector is a practical choice for anyone working with miniature RF designs where every millimeter counts. Engineered to be both compact and durable, it fits seamlessly into densely packed circuits while maintaining a dependable electrical connection. Designed specifically for RG316 coaxial cable, this connector supports a 50 Ohm impedance environment, making it well-suited for a wide range of RF applications including wireless communication, GPS, IoT modules, and test equipment. The right-angle form factor helps you route cables cleanly around corners, reduce strain on solder joints, and keep your layouts organized, especially inside small housings or tight rack spaces. The crimp-style termination offers a secure mechanical and electrical bond to the cable when installed with the correct crimp tools. This not only minimizes signal loss but also improves long-term reliability, even when the assembly is subject to vibration or frequent handling. The MMCX female interface provides a snap-on connection that is easy to mate and unmate, yet holds firmly in place once connected. Whether you are building a new prototype, assembling low-volume custom harnesses, or performing on-site repairs, this MMCX female right angle crimp connector for RG316 gives you a straightforward way to achieve professional-grade results. Its small size, precise fit, and stable RF performance allow you to create cable assemblies that look clean, perform consistently, and stand up to everyday use in both lab and field conditions.

• MMCX female right angle connector designed for RG316 coaxial cable
• Compact microminiature form factor ideal for space-constrained RF designs
• 50 Ohm impedance suitable for a wide range of RF and wireless applications
• Crimp termination for secure mechanical and electrical connection
• Right-angle profile for easier cable routing and reduced strain in tight layouts
• Snap-on MMCX interface for quick
• reliable mating and unmating
• Suitable for GPS
• IoT
• wireless modules
• RF test setups
• and embedded systems