The SMA Female 2 holes Flange Extended Teflon connector is a robust, panel-mount RF interface created for applications where reliability and mechanical stability truly matter. Its two-hole flange allows you to secure the connector firmly to a bulkhead, panel, or enclosure, which helps prevent rotation, loosening, and intermittent contact even when the assembly is exposed to vibration or repeated mating. Thanks to its extended body, this connector offers additional reach beyond the mounting surface, giving you more room to work when attaching cables or integrating it into densely populated assemblies. That extra length can be especially helpful inside RF modules, test jigs, and custom housings where space is tight and access is limited. At the heart of the connector is a Teflon (PTFE) dielectric, chosen for its excellent electrical insulation, low dielectric loss, and stable performance over a wide range of frequencies and temperatures. This means more consistent impedance, reduced signal loss, and better overall RF performance, whether you are working in lab environments or deploying equipment in the field. The SMA female interface is compatible with standard male SMA plugs, making it easy to integrate into existing RF systems, cables, and components. Typical uses include RF front-ends, communication modules, antennas, filters, and measurement setups, but it is equally at home in prototypes and one-off custom builds. Engineers, technicians, and advanced hobbyists will appreciate the combination of mechanical strength and electrical performance this connector offers. Its flange-mount design, extended profile, and Teflon dielectric come together to provide a dependable, repeatable connection that stands up well to everyday use, testing cycles, and long-term installations.

• SMA female interface compatible with standard male SMA connectors
• Two-hole flange design for secure
• stable panel or bulkhead mounting
• Extended body for improved access and easier cable connection in tight spaces
• Teflon (PTFE) dielectric for excellent insulation and low signal loss
• Supports high-frequency RF applications with consistent impedance performance
• Robust mechanical construction suitable for lab
• field
• and production use
• Ideal for RF modules
• antennas
• test fixtures
• and custom enclosures