Generic 30cm SMA Female to Stripping Head RG1.13 RF Cable
This 30cm RG1.13 coaxial cable features an SMA female connector on one end and a stripping head for custom termination on the other, designed for prototyping and short-distance RF connections in IoT and wireless systems.
Features
- Custom Termination Flexibility: Stripping head allows direct soldering to PCBs, antennas, or other RF components for bespoke system integration.
- Standard SMA Interface: Female SMA connector ensures compatibility with a wide range of Wi-Fi, 4G, GPS, and LoRa modules and antennas.
- 50-Ohm RF Performance: RG1.13 coaxial construction maintains impedance matching for frequencies up to 18GHz, minimizing signal loss.
- Durable Mechanical Coupling: SMA connector features a threaded barrel for secure, vibration-resistant connections with up to 500 mating cycles.
- Compact & Lightweight: 30cm length and 4g weight provide easy routing and installation in space-constrained IoT enclosures.
Out of stock
This RF pigtail cable bridges the gap between standardized SMA interfaces and custom RF circuitry. The SMA female end provides a reliable, threaded connection to external antennas or module ports, while the opposite stripping head exposes the central conductor and shield for direct soldering. This design is essential for developers integrating wireless modules like ESP32, nRF, or cellular modems into custom PCBs where a pre-terminated connector is not available.
Constructed with RG1.13 50-ohm coaxial cable, it ensures proper impedance matching for RF signals from DC up to 18GHz, critical for maintaining signal integrity in Wi-Fi, Bluetooth, GPS, and cellular applications. The connectors utilize a PTFE dielectric and are typically nickel or gold-plated for consistent electrical performance and corrosion resistance. Its 30cm length offers sufficient flexibility for routing within device enclosures while keeping cable runs short to reduce attenuation.
Additional Information
| Weight | 0.005 kg |
|---|---|
| Dimensions | 11 × 8 × 0.5 cm |













