The SMA Male 4Hole Flange Connector Terminal is built for professionals who need a dependable, repeatable RF connection in both lab and field environments. Its 4-hole flange design provides a secure mechanical mount to bulkheads, plates, or chassis walls, helping to prevent rotation, loosening, or misalignment over time. Designed around a standard SMA male interface, this connector terminal offers a 50 Ohm impedance, making it well-suited to most RF and microwave systems, including test equipment, wireless communication modules, embedded RF boards, and antenna feed-throughs. The flange layout allows for straightforward panel mounting, giving you a clean, robust interface from the outside world to your internal circuitry. Precision machining and quality conductive materials help maintain low VSWR and minimal insertion loss across a broad frequency band, so your system can achieve consistent performance with less need for rework or recalibration. The connector is engineered to handle frequent mating and unmating cycles when used with compatible SMA female counterparts, making it a practical choice for test fixtures and modular designs. The compact footprint of the 4-hole flange is ideal where space is limited, yet mechanical stability cannot be compromised. Installation is simple: align the flange over your pre-drilled mounting pattern, fasten with suitable screws or hardware, and solder or attach the center conductor and ground as required. Whether you are upgrading an existing RF panel, building a custom enclosure, or designing a new test jig, the SMA Male 4Hole Flange Connector Terminal offers a blend of mechanical strength, electrical reliability, and ease of integration that helps keep your projects running smoothly and your signals clean.

• SMA male interface compatible with standard SMA female connectors
• 4-hole flange design for secure
• anti-rotation panel mounting
• 50 Ohm impedance suitable for common RF and microwave systems
• Compact flange footprint for space-constrained enclosures and panels
• Robust mechanical construction for long-term durability and stability
• Low-loss
• low-VSWR performance over a wide frequency range (design-dependent)
• Ideal for RF test setups
• communication modules
• antennas
• and bulkhead feed-throughs
• Supports frequent mating cycles with proper handling and compatible connectors