The SMA Female to SMA Female 2Hole Flange Adapter is a dependable RF component built for applications that require a secure, threaded connection and simple panel mounting. Designed as an in-series coaxial adapter, it provides a straight female-to-female SMA interface that helps maintain a stable signal path while supporting a neat and organized installation. Its two-hole flange design makes it especially useful for mounting to panels, enclosures, and test fixtures where a fixed connection is preferred. This adapter is commonly used in RF and microwave systems where reliable performance matters. The SMA interface is widely recognized for its compact size and dependable threaded coupling, while the flange mount adds extra mechanical stability during installation and operation. That combination makes it a smart option for laboratory setups, communication equipment, instrumentation, and other precision applications. Built with a focus on consistency and durability, the adapter is suited for systems that need a 50 ohm connection and clean signal transfer. The two-hole flange format also helps simplify assembly by providing a more secure mounting solution than free-hanging connectors. In practical use, this means less movement, better alignment, and a more professional-looking finished build. Whether you are replacing a worn connector, building a new RF assembly, or adding a panel-mounted interface to existing equipment, this adapter offers a straightforward and reliable solution. Its female-to-female configuration makes integration simple, while its flange mount supports long-term stability in demanding environments. For engineers, technicians, and RF builders alike, it is a compact part that plays an important role in keeping systems connected and performing as intended.

• Female-to-female SMA connection for easy integration
• Two-hole flange mount for secure panel installation
• Straight in-series coaxial adapter design
• 50 ohm RF-friendly construction
• Compact format for space-conscious setups
• Threaded coupling for dependable signal connection
• Suitable for RF
• microwave
• and test environments