The RPSMA Female PCB Mounted connector is designed for engineers and makers who need a dependable, compact antenna interface on their circuit boards. Built around the widely used RP-SMA standard, it lets you connect a variety of external antennas for WiFi, ISM band, GPS, cellular, and other RF applications without compromising on signal quality. By mounting directly to the PCB, this connector reduces cable clutter and minimizes insertion loss compared to pigtail solutions. The form factor is tailored for tight layouts, allowing you to route RF traces efficiently while keeping your enclosure design simple and clean. Once soldered in place, the connector offers solid mechanical stability, so frequent antenna changes or incidental cable pulls are far less likely to stress the board or damage the RF path. The female RP-SMA interface features a threaded outer shell, giving you a secure and repeatable connection that maintains consistent impedance over time. This is especially important in higher-frequency designs, where even small mismatches can impact range and performance. The gold-plated contact surfaces (in typical implementations) help ensure low contact resistance and good corrosion resistance, which translates into more reliable operation over the life of your product. Whether you are building a one-off prototype, an evaluation board, or a full production run of wireless devices, this RPSMA Female PCB Mounted connector offers a clean, professional solution for bringing RF signals off the board. It pairs seamlessly with standard RP-SMA antennas and cables, making it easy to source matching accessories and iterate quickly on your design. If you need a compact, stable, and standards-based RF connector for your PCB, this part is an excellent choice.

• RPSMA female interface compatible with standard RP-SMA antennas and cables
• PCB-mounted design for clean
• compact board layouts
• Secure threaded connection for reliable
• repeatable RF performance
• Suitable for WiFi
• IoT
• GPS
• cellular
• and general RF applications
• Stable mechanical anchoring to the PCB to resist cable strain and vibration
• Optimized for high-frequency signals with low insertion loss (design-dependent)
• Helps maintain controlled impedance along the RF signal path
• Ideal for both prototyping and production-level hardware designs