SMA Female to Stripping Head Cable 20cm RG1.13
This 20cm RG1.13 coaxial cable features an SMA female connector on one end and a stripped, tinned termination on the other for custom antenna assembly or direct PCB soldering in RF projects.
Features
- SMA Female to Stripped/Tinned End: Provides a standard SMA female interface for connecting to antennas or modules, with the opposite end prepped for direct soldering to PCBs or custom antenna elements.
- 20cm RG1.13 Coaxial Cable: Offers a practical length for routing within enclosures while maintaining signal integrity for common IoT frequencies (Wi-Fi, 4G, GPS, LoRa).
- 11mm Connector Barrel: Features a threaded SMA female coupling mechanism (36 threads per inch) for a secure, vibration-resistant connection to male SMA ports.
- Custom RF Assembly Ready: The stripped end with separated shield and center conductor simplifies prototyping and integration of custom antennas or direct module connections.
Out of stock
This SMA female to stripping head cable is a fundamental RF accessory for IoT developers and system integrators requiring custom antenna solutions. The SMA female connector provides a reliable, threaded interface compatible with a vast array of commercial antennas and wireless modules, ensuring a secure mechanical and electrical connection. The opposite end is stripped and tinned, presenting the central conductor and braided shield separately for direct soldering onto a PCB trace, a custom antenna radiator, or another RF component.
Constructed with RG1.13 coaxial cable, it offers a balance of flexibility and RF performance for common wireless protocols. The 20cm length provides sufficient slack for internal device routing, helping to position antennas optimally while minimizing signal loss. This cable is essential for prototyping, repairing antenna connections, or integrating wireless functionality into custom enclosures where pre-terminated cables are unsuitable.
Additional Information
| Weight | 0.005 kg |
|---|---|
| Dimensions | 11 × 8 × 0.5 cm |













